<?xml version='1.0' encoding='UTF-8'?><mapping name='OCR Twenty First Century Science (2008)' description='OCR Twenty First Century Science (2008)' createdDate='2008_2_13' code='ocr_tfc_2008'><folder name='Module B1 You and Your Genes'>
<folder name='B1.1 What are genes and how do they affect'>
</folder>
<folder name='B1.2 Why can people look like their parents, brothers and sisters'>
</folder>
<folder name='B1.3 How can and should genetic information be used'>
</folder>
<folder name='B1.4 What are stem cells and why'>
</folder>
</folder>
<folder name='Module B2 Keeping Healthy'>
<folder name='B2.1 How do our bodies resist infection'>
</folder>
<folder name='B2.2 What are vaccines and how do they work'>
</folder>
<folder name='B2.3 What are antibiotics and why can they become less effective'>
</folder>
<folder name='B2.4 What factors increase the risk of heart disease'>
<resource code='sfsjs_ci_act1' type='act' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='ci' description='An activity for KS3/4 students on the journey blood takes around the body' picture='sfsjs_ci_act1' name='Circulation' fileName='Circulation - Activities - Circulation' />
<resource code='sfsjs_ci_act2' type='act' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='ci' description='An activity for KS4 students to compare veins and arteries' picture='sfsjs_ci_act2' name='Veins and Arteries' fileName='Circulation - Activities - Veins and Arteries' />
<resource code='sfsjs_ci_ex6' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='ci' description='Micrographs and animations to compare an artery with a vein for KS4 students' picture='sfsjs_ci_ex6' name='Artery and Vein' fileName='Circulation - Examples - Artery and Vein' />
<resource code='sfsjs_ci_ex2' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='ci' description='An micrograph and animation to show the structure of an artery for KS4 students' picture='sfsjs_ci_ex2' name='Artery' fileName='Circulation - Examples - Artery' />
<resource code='sfsjs_ci_ex4' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='ci' description='Animations of the heart and the journey of blood around the body for KS4 students' picture='sfsjs_ci_ex4' name='Circulation' fileName='Circulation - Examples - Circulation' />
<resource code='sfsjs_ci_raw1' type='raw' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ci' description='A collection of animations and micrographs to show the circulatory system for KS3 and 4 students' picture='sfsjs_ci_raw1' name='Run Circulation' fileName='Circulation - Run' />
<resource code='sfsjs_ci_ws5' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws5' name='Around and Round - Core' fileName='Circulation - Worksheets - Around and Round - Core' />
<resource code='sfsjs_ci_ws6' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws6' name='Around and Round - Extension' fileName='Circulation - Worksheets - Around and Round - Extension' />
<resource code='sfsjs_ci_ws4' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws4' name='Around and Round - Support' fileName='Circulation - Worksheets - Around and Round - Support' />
<resource code='sfsjs_ci_ws2' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws2' name='On the Move - Core' fileName='Circulation - Worksheets - On the Move - Core' />
<resource code='sfsjs_ci_ws3' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws3' name='On the Move - Extension' fileName='Circulation - Worksheets - On the Move - Extension' />
<resource code='sfsjs_ci_ws1' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws1' name='On the Move - Support' fileName='Circulation - Worksheets - On the Move - Support' />
</folder>
</folder>
<folder name='Module B3 Life on Earth'>
<folder name='B3.1 How did life on earth begin and evolve'>
</folder>
<folder name='B3.2 How have scientists developed explanations of evolution'>
</folder>
<folder name='B3.3 How did humans evolve. How are our nervous'>
</folder>
<folder name='B3.4 Why do some species become extinct and does it matter'>
</folder>
</folder>
<folder name='Module B4 Homeostasis'>
<folder name='B4.1 What is homeostasis'>
</folder>
<folder name='B4.2 Why is homeostasis important for a cell'>
<resource code='sfsjs_ci_act3' type='act' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='ci' description='An activity for KS4 students on what happens in capillaries and in the villus' picture='sfsjs_ci_act3' name='Nutrients, CO2 and O2' fileName='Circulation - Activities - Nutrients, CO2 and O2' />
<resource code='sfsjs_ci_ex3' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='ci' description='An micrograph and animation to show the structure and function of capillaries for KS4 students' picture='sfsjs_ci_ex3' name='Capillary' fileName='Circulation - Examples - Capillary' />
<resource code='sfsjs_ci_ex7' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:7]' dependencies='ci' description='An micrograph and animation to show the structure and function of villi for KS4 students' picture='sfsjs_ci_ex7' name='Villus' fileName='Circulation - Examples - Villus' />
<resource code='sfsjs_en_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsen, #nSubMenu2:2]' dependencies='Da,en' description='Graphing rate of reaction against temperature pH for an enzyme-catalysed reaction.' picture='sfsjs_en_da2' name='Effect of pH on Rate' fileName='Data Analyser - Enzymes - Effect of pH on Rate' />
<resource code='sfsjs_en_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsen, #nSubMenu2:1]' dependencies='Da,en' description='Graphing rate of reaction against temperature for an enzyme-catalysed reaction. For KS4 students.' picture='sfsjs_en_da1' name='Effect of Temperature on Rate' fileName='Data Analyser - Enzymes - Effect of Temperature on Rate' />
<resource code='sfsjs_dn_act1' type='act' language='en' propList='[#nSelectedProg: "dn", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='dn' description='An activity for KS3 students on how gases diffuse' picture='sfsjs_dn_act1' name='Diffusion in Gases' fileName='Diffusion - Activities - Diffusion in Gases' />
<resource code='sfsjs_dn_act2' type='act' language='en' propList='[#nSelectedProg: "dn", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='dn' description='An activity for KS3 students on liquids  diffuse' picture='sfsjs_dn_act2' name='Diffusion in Liquids' fileName='Diffusion - Activities - Diffusion in Liquids' />
<resource code='sfsjs_dn_raw1' type='raw' language='en' propList='[#nSelectedProg: "dn", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='dn' description='A interactive simulation for KS3 students on how liquids and gases diffuse' picture='sfsjs_dn_raw1' name='Run Diffusion' fileName='Diffusion - Run' />
<resource code='sfsjs_dg_ex5' type='ex' language='en' propList='[#nSelectedProg: "dg", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='dg' description='An animation and microscope slides to show the structure and function of the villus for KS4 students' picture='sfsjs_dg_ex5' name='Villi' fileName='Digestion - Examples - Villi' />
<resource code='sfsjs_en_ex9' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:9]' dependencies='en' description='Two simulations of enzyme-controlled reactions. One reacts faster in acidic conditions, the other runs faster in alkaline conditions. For KS4 students.' picture='sfsjs_en_ex9' name='Acid and Alkali' fileName='Enzymes - Examples - Acid and Alkali' />
<resource code='sfsjs_en_ex6' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='en' description='An simulation of an enzyme-catalysed reaction which runs faster in acidic conditions for KS4 students' picture='sfsjs_en_ex6' name='Better Acid' fileName='Enzymes - Examples - Better Acid' />
<resource code='sfsjs_en_ex7' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:7]' dependencies='en' description='An simulation of an enzyme-catalysed reaction which runs faster in alkaline conditions - for KS4 students' picture='sfsjs_en_ex7' name='Better Alkali' fileName='Enzymes - Examples - Better Alkali' />
<resource code='sfsjs_en_ex4' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='en' description='An simulation of an enzyme-catalysed reaction which runs faster in colder conditions - for KS4 students' picture='sfsjs_en_ex4' name='Better Cold' fileName='Enzymes - Examples - Better Cold' />
<resource code='sfsjs_en_ex5' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='en' description='An simulation of an enzyme-catalysed reaction which runs faster in hotter conditions - for KS4 students' picture='sfsjs_en_ex5' name='Better Hot' fileName='Enzymes - Examples - Better Hot' />
<resource code='sfsjs_en_ex2' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='en' description='An simulation of an enzyme-catalysed reaction in which a molecule breaks down into different smaller molecules - for KS4 students' picture='sfsjs_en_ex2' name='Breaking Down' fileName='Enzymes - Examples - Breaking Down' />
<resource code='sfsjs_en_ex3' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='en' description='An simulation of an enzyme-catalysed reaction in which two reactions take place - for KS4 students' picture='sfsjs_en_ex3' name='Building Up and Breaking Down' fileName='Enzymes - Examples - Building Up and Breaking Down' />
<resource code='sfsjs_en_ex1' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='en' description='An simulation of an enzyme-catalysed reaction in which a molecule is synthesized from two different smaller molecules - for KS4 students' picture='sfsjs_en_ex1' name='Building Up' fileName='Enzymes - Examples - Building Up' />
<resource code='sfsjs_en_ex10' type='ex1' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:10]' dependencies='en' description='A simulation of an enzyme-catalysed reaction to show denaturing of the enzymes. For KS4 students.' picture='sfsjs_en_ex10' name='Denaturing' fileName='Enzymes - Examples - Denaturing' />
<resource code='sfsjs_en_ex8' type='ex' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:8]' dependencies='en' description='Two simulations of enzyme-controlled reactions. One reacts faster in hot conditions, the other runs faster in cold conditions. For KS4 students' picture='sfsjs_en_ex8' name='Hot and Cold' fileName='Enzymes - Examples - Hot and Cold' />
<resource code='sfsjs_en_qz2' type='qz' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='en' description='A self-marking quiz on the effects of enzymes on a reactions at different conditions. For key stage 4 students.' picture='sfsjs_en_qz2' name='Faster and Slower' fileName='Enzymes - Quizzes - Faster and Slower' />
<resource code='sfsjs_en_qz1' type='qz' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='en' description='A self-marking quiz on the types of reaction on which enzymes can work. For key stage 4 students.' picture='sfsjs_en_qz1' name='Types of Reaction' fileName='Enzymes - Quizzes - Types of Reaction' />
<resource code='sfsjs_en_raw1' type='raw' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='en' description='A interactive simulation on how enzymes work and what affects the rate of an enzyme-catalysed reaction. For KS3 and 4 students.' picture='sfsjs_en_raw1' name='Run Enzymes' fileName='Enzymes - Run' />
<resource code='sfsjs_en_sl0' type='sl' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='en' description='A teacher presentation for KS4 students on how they can use the Enzymes programme to model biological reactions' picture='sfsjs_en_sl0' name='Sample Lesson' fileName='Enzymes - Sample Lesson' />
<resource code='sfsjs_en_ws2' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='en' description='An interactive worksheet for KS4 students to learn about a mechanism by which enzymes can speed up biological reactions' picture='sfsjs_en_ws2' name='Speeding Up Reactions - Core' fileName='Enzymes - Worksheets - Speeding Up Reactions - Core' />
<resource code='sfsjs_en_ws3' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='en' description='An interactive worksheet for KS4 students to learn about a mechanism by which enzymes can speed up biological reactions' picture='sfsjs_en_ws3' name='Speeding Up Reactions - Extension' fileName='Enzymes - Worksheets - Speeding Up Reactions - Extension' />
<resource code='sfsjs_en_ws1' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='en' description='An interactive worksheet for KS4 students to learn about a mechanism by which enzymes can speed up biological reactions' picture='sfsjs_en_ws1' name='Speeding Up Reactions - Support' fileName='Enzymes - Worksheets - Speeding Up Reactions - Support' />
<resource code='sfsjs_en_ws5' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='en' description='An interactive worksheet for KS4 students to learn how enzymes work best under specific conditions' picture='sfsjs_en_ws5' name='The Right Conditions - Core' fileName='Enzymes - Worksheets - The Right Conditions - Core' />
<resource code='sfsjs_en_ws6' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='en' description='An interactive worksheet for KS4 students to learn how enzymes work best under specific conditions' picture='sfsjs_en_ws6' name='The Right Conditions - Extension' fileName='Enzymes - Worksheets - The Right Conditions - Extension' />
<resource code='sfsjs_en_ws4' type='ws' language='en' propList='[#nSelectedProg: "en", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='en' description='An interactive worksheet for KS4 students to learn how enzymes work best under specific conditions' picture='sfsjs_en_ws4' name='The Right Conditions - Support' fileName='Enzymes - Worksheets - The Right Conditions - Support' />
<resource code='sfsjs_os_act2' type='act' language='en' propList='[#nSelectedProg: "os", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='os' description='An activity for KS4 students to investigate what happens to cells in different concentrations of solution' picture='sfsjs_os_act2' name='Turgid and Plasmolysed' fileName='Osmosis - Activities - Turgid and Plasmolysed' />
<resource code='sfsjs_os_ex1' type='ex' language='en' propList='[#nSelectedProg: "os", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='os' description='The simulation shows how osmosis causes cells to become plasmolised. For KS3 students' picture='sfsjs_os_ex1' name='Getting Plasmolysed' fileName='Osmosis - Examples - Getting Plasmolysed' />
<resource code='sfsjs_os_ex2' type='ex' language='en' propList='[#nSelectedProg: "os", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='os' description='The simulation shows how osmosis causes cells to become turgid. For KS3 students' picture='sfsjs_os_ex2' name='Getting Turgid' fileName='Osmosis - Examples - Getting Turgid' />
<resource code='sfsjs_os_qz2' type='qz' language='en' propList='[#nSelectedProg: "os", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='os' description='A self-marking quiz explaining what happens during the classic osmosis experiment. For KS4 students.' picture='sfsjs_os_qz2' name='Movement Through a Semi-Permeable Membrane' fileName='Osmosis - Quizzes - Movement Through a Semi-Permeable Membrane' />
<resource code='sfsjs_os_raw1' type='raw' language='en' propList='[#nSelectedProg: "os", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='os' description='An interactive simulation of a classic osmosis experiment. For KS4 students' picture='sfsjs_os_raw1' name='Run Osmosis' fileName='Osmosis - Run' />
</folder>
<folder name='B4.3 How is our body temperature kept constant'>
</folder>
<folder name='B4.4 How does the body control water balance'>
</folder>
</folder>
<folder name='Module B5 Growth and Development'>
<folder name='B5.1 How does an organism produce new cells'>
</folder>
<folder name='B5.2 How do genes control growth and development'>
</folder>
<folder name='B5.3 How do new organisms develop from a single cell'>
</folder>
</folder>
<folder name='Module B6 Brain and Mind'>
<folder name='B6.1 How do organisms respond to changes in their enviroment'>
</folder>
<folder name='B6.2 How is information passed through the nervous system'>
</folder>
<folder name='B6.3 What are reflex actions'>
</folder>
<folder name='B6.4 How do humans develop more complex behaviour'>
</folder>
<folder name='B6.5 What do we know about the way in which the brain'>
</folder>
<folder name='B6.6 How do drugs affect our nervous systems'>
</folder>
</folder>
<folder name='Module B7 Further Biology'>
<folder name='B7.1 Living organisms are interdependent'>
<resource code='sfsjs_pz_ex5' type='ex' language='en' propList='[#nSelectedProg: "pz", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='pz' description='An animation with a micrograph to show the structure and processes in a leaf. For KS3/4 students' picture='sfsjs_pz_ex5' name='Inside a Leaf' fileName='Plants - Examples - Inside a Leaf' />
<resource code='sfsjs_pw_act1' type='act' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='pw' description='An activity for KS3 students to learn about the interdependence of species within a habitat' picture='sfsjs_pw_act1' name='Interdependence' fileName='Predator Prey - Activities - Interdependence' />
<resource code='sfsjs_pw_act2' type='act' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='pw' description='An activity for KS3 students to learn about what happens within a habitat as light levels vary' picture='sfsjs_pw_act2' name='More or Less Sun' fileName='Predator Prey - Activities - More or Less Sun' />
<resource code='sfsjs_pw_act3' type='act' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='pw' description='An activity for KS3 students to learn about food pyramids' picture='sfsjs_pw_act3' name='Pyramids' fileName='Predator Prey - Activities - Pyramids' />
<resource code='sfsjs_pw_ex2' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='pw' description='A simulation showing what happens in the habitat simulation with high levels of light. For KS3 students' picture='sfsjs_pw_ex2' name='High Sunlight' fileName='Predator Prey - Examples - High Sunlight' />
<resource code='sfsjs_pw_ex6' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='pw' description='A simulation showing what happens in the habitat simulation when the size of the habitat is set to large. For KS3 students' picture='sfsjs_pw_ex6' name='Large' fileName='Predator Prey - Examples - Large' />
<resource code='sfsjs_pw_ex1' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='pw' description='A simulation showing what happens in a habitat simulation with low levels of light. For KS3 students' picture='sfsjs_pw_ex1' name='Low Sunlight' fileName='Predator Prey - Examples - Low Sunlight' />
<resource code='sfsjs_pw_ex5' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='pw' description='A simulation showing what happens in the habitat simulation when the size of the habitat is set to medium. For KS3 students' picture='sfsjs_pw_ex5' name='Medium' fileName='Predator Prey - Examples - Medium' />
<resource code='sfsjs_pw_ex3' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='pw' description='A simulation showing what happens in the habitat simulation with no predators. For KS3 students' picture='sfsjs_pw_ex3' name='No Foxes' fileName='Predator Prey - Examples - No Foxes' />
<resource code='sfsjs_pw_ex4' type='ex' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='pw' description='A simulation showing what happens in the habitat simulation when the size of the habitat is set to small. For KS3 students' picture='sfsjs_pw_ex4' name='Small' fileName='Predator Prey - Examples - Small' />
<resource code='sfsjs_pw_qz1' type='qz' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='pw' description='A self-marking quiz on how populations with a habitat can vary over time. For KS3/4 students.' picture='sfsjs_pw_qz1' name='Changes Over Time' fileName='Predator Prey - Quizzes - Changes Over Time' />
<resource code='sfsjs_pw_qz2' type='qz' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='pw' description='A self-marking quiz on the effects of changing the balance of a habitat. For KS3/4 students.' picture='sfsjs_pw_qz2' name='Unbalancing an Ecosystem' fileName='Predator Prey - Quizzes - Unbalancing an Ecosystem' />
<resource code='sfsjs_pw_raw1' type='raw' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='pw' description='An interactive simulation for KS3 and KS4 students on predator prey relationships' picture='sfsjs_pw_raw1' name='Run Predator Prey' fileName='Predator Prey - Run' />
<resource code='sfsjs_pw_sl0' type='sl' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='pw' description='A teacher presentation for KS4 students on how light and size of habitat can affect populations' picture='sfsjs_pw_sl0' name='Sample Lesson' fileName='Predator Prey - Sample Lesson' />
<resource code='sfsjs_pw_ws2' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='pw' description='An interactive worksheet for KS3 students to explore how populations of organisms within a habitat are interdependent' picture='sfsjs_pw_ws2' name='Interdependence - Core' fileName='Predator Prey - Worksheets - Interdependence - Core' />
<resource code='sfsjs_pw_ws3' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='pw' description='An interactive worksheet for KS3 students to explore how populations of organisms within a habitat are interdependent' picture='sfsjs_pw_ws3' name='Interdependence - Extension' fileName='Predator Prey - Worksheets - Interdependence - Extension' />
<resource code='sfsjs_pw_ws1' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='pw' description='An interactive worksheet for KS3 students to explore how populations of organisms within a habitat are interdependent' picture='sfsjs_pw_ws1' name='Interdependence - Support' fileName='Predator Prey - Worksheets - Interdependence - Support' />
<resource code='sfsjs_pw_ws5' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='pw' description='An interactive worksheet for KS3 students on food pyramids' picture='sfsjs_pw_ws5' name='Pyramids - Core' fileName='Predator Prey - Worksheets - Pyramids - Core' />
<resource code='sfsjs_pw_ws6' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='pw' description='An interactive worksheet for KS3 students on food pyramids' picture='sfsjs_pw_ws6' name='Pyramids - Extension' fileName='Predator Prey - Worksheets - Pyramids - Extension' />
<resource code='sfsjs_pw_ws4' type='ws' language='en' propList='[#nSelectedProg: "pw", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='pw' description='An interactive worksheet for KS3 students on food pyramids' picture='sfsjs_pw_ws4' name='Pyramids - Support' fileName='Predator Prey - Worksheets - Pyramids - Support' />
</folder>
<folder name='B7.2 Photosynthesis'>
<resource code='sfsjs_py_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionspy, #nSubMenu2:1]' dependencies='Da,py' description='A graph of rate of photosynthesis as a lamp moves towards the pond weed in the classic experiment. For KS4 students' picture='sfsjs_py_da1' name='Effect of Distance' fileName='Data Analyser - Photosynthesis - Effect of Distance' />
<resource code='sfsjs_py_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionspy, #nSubMenu2:2]' dependencies='Da,py' description='A graph of rate of photosynthesis against temperature. For KS4 students' picture='sfsjs_py_da2' name='Effect of Temperature' fileName='Data Analyser - Photosynthesis - Effect of Temperature' />
<resource code='sfsjs_py_da3' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionspy, #nSubMenu2:3]' dependencies='Da,py' description='A graph of rate of photosynthesis against wavelength of light. For KS4 students' picture='sfsjs_py_da3' name='Effect of Wavelength' fileName='Data Analyser - Photosynthesis - Effect of Wavelength' />
<resource code='sfsjs_py_act1' type='act' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='py' description='An activity for KS4 students to investigate rate of photosynthesis as a lamp moves towards the pond weed in the classic experiment' picture='sfsjs_py_act1' name='Effect of Distance' fileName='Photosynthesis - Activities - Effect of Distance' />
<resource code='sfsjs_py_act2' type='act' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='py' description='An activity for KS4 students to investigate rate of photosynthesis at different temperatures in the classic experiment' picture='sfsjs_py_act2' name='Effect of Temperature' fileName='Photosynthesis - Activities - Effect of Temperature' />
<resource code='sfsjs_py_act3' type='act' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='py' description='An activity for KS4 students to investigate rate of photosynthesis at various wavelengths in the classic experiment' picture='sfsjs_py_act3' name='Effect of Wavelength' fileName='Photosynthesis - Activities - Effect of Wavelength' />
<resource code='sfsjs_py_ex2' type='ex' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='py' description='A simulation showing what happens to the rate of photosynthesis as a lamp moves towards the pond weed in the classic experiment. For KS4 students' picture='sfsjs_py_ex2' name='Changing Distance' fileName='Photosynthesis - Examples - Changing Distance' />
<resource code='sfsjs_py_ex3' type='ex' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='py' description='A simulation showing what happens to the rate of photosynthesis as temperature increases. For KS4 students' picture='sfsjs_py_ex3' name='Changing Temperature' fileName='Photosynthesis - Examples - Changing Temperature' />
<resource code='sfsjs_py_ex4' type='ex' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='py' description='A simulation showing what happens to the rate of photosynthesis as different wavelengths of light shine on pondweed in the classic experiment. For KS4 students' picture='sfsjs_py_ex4' name='Changing Wavelength' fileName='Photosynthesis - Examples - Changing Wavelength' />
<resource code='sfsjs_py_ex1' type='ex' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='py' description='A simulation showing the conditions in which photosynthesis happens fastest. For KS4 students' picture='sfsjs_py_ex1' name='Fastest' fileName='Photosynthesis - Examples - Fastest' />
<resource code='sfsjs_py_qz2' type='qz' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='py' description='A self-marking quiz on how to investigate the best conditions for photosynthesis. For KS3/4 students.' picture='sfsjs_py_qz2' name='Investigating Photosynthesis' fileName='Photosynthesis - Quizzes - Investigating Photosynthesis' />
<resource code='sfsjs_py_qz1' type='qz' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='py' description='A self-marking quiz on the best conditions for photosynthesis. For KS3/4 students.' picture='sfsjs_py_qz1' name='The Best Conditions' fileName='Photosynthesis - Quizzes - The Best Conditions' />
<resource code='sfsjs_py_raw1' type='raw' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='py' description='A interactive simulation of the classic experiment. For KS3 and 4 students' picture='sfsjs_py_raw1' name='Run Photosynthesis' fileName='Photosynthesis - Run' />
<resource code='sfsjs_py_sl0' type='sl' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='py' description='A teacher presentation for KS4 students in which they investigate the photosynthesis simulation and evaluate it' picture='sfsjs_py_sl0' name='Sample Lesson' fileName='Photosynthesis - Sample Lesson' />
<resource code='sfsjs_py_ws5' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='py' description='An interactive worksheet for KS4 students on the factors that affect the rate of photosynthesis' picture='sfsjs_py_ws5' name='Rate of Reaction - Core' fileName='Photosynthesis - Worksheets - Rate of Reaction - Core' />
<resource code='sfsjs_py_ws6' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='py' description='An interactive worksheet for KS4 students on the factors that affect the rate of photosynthesis' picture='sfsjs_py_ws6' name='Rate of Reaction - Extension' fileName='Photosynthesis - Worksheets - Rate of Reaction - Extension' />
<resource code='sfsjs_py_ws4' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='py' description='An interactive worksheet for KS4 students on the factors that affect the rate of photosynthesis' picture='sfsjs_py_ws4' name='Rate of Reaction - Support' fileName='Photosynthesis - Worksheets - Rate of Reaction - Support' />
<resource code='sfsjs_py_ws2' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='py' description='An interactive worksheet for KS4 students on how light intensity affects the rate of photosynthesis' picture='sfsjs_py_ws2' name='The Lighter Side of Life - Core' fileName='Photosynthesis - Worksheets - The Lighter Side of Life - Core' />
<resource code='sfsjs_py_ws3' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='py' description='An interactive worksheet for KS4 students on how light intensity affects the rate of photosynthesis' picture='sfsjs_py_ws3' name='The Lighter Side of Life - Extension' fileName='Photosynthesis - Worksheets - The Lighter Side of Life - Extension' />
<resource code='sfsjs_py_ws1' type='ws' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='py' description='An interactive worksheet for KS4 students on how light intensity affects the rate of photosynthesis' picture='sfsjs_py_ws1' name='The Lighter Side of Life - Support' fileName='Photosynthesis - Worksheets - The Lighter Side of Life - Support' />
<resource code='sfsjs_pz_ex5' type='ex' language='en' propList='[#nSelectedProg: "pz", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='pz' description='An animation with a micrograph to show the structure and processes in a leaf. For KS3/4 students' picture='sfsjs_pz_ex5' name='Inside a Leaf' fileName='Plants - Examples - Inside a Leaf' />
</folder>
<folder name='B7.3 Heterotrophic nutrition'>
</folder>
<folder name='B7.4 New technologies'>
</folder>
<folder name='B7.5 Respiration'>
</folder>
<folder name='B7.6 Circulation'>
<resource code='sfsjs_ci_ex6' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='ci' description='Micrographs and animations to compare an artery with a vein for KS4 students' picture='sfsjs_ci_ex6' name='Artery and Vein' fileName='Circulation - Examples - Artery and Vein' />
<resource code='sfsjs_ci_ex2' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='ci' description='An micrograph and animation to show the structure of an artery for KS4 students' picture='sfsjs_ci_ex2' name='Artery' fileName='Circulation - Examples - Artery' />
<resource code='sfsjs_ci_ex4' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='ci' description='Animations of the heart and the journey of blood around the body for KS4 students' picture='sfsjs_ci_ex4' name='Circulation' fileName='Circulation - Examples - Circulation' />
<resource code='sfsjs_ci_ex5' type='ex' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='ci' description='An micrograph and animation to show the structure and function of a vein for KS4 students' picture='sfsjs_ci_ex5' name='Vein' fileName='Circulation - Examples - Vein' />
<resource code='sfsjs_ci_qz2' type='qz' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='ci' description='A self-marking quiz on how gases exchange in the circulatory system for Key Stage 4 students' picture='sfsjs_ci_qz2' name='Gas Exchange' fileName='Circulation - Quizzes - Gas Exchange' />
<resource code='sfsjs_ci_qz1' type='qz' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='ci' description='A self-marking quiz on how and why blood is transported around the body Key Stage 4 students' picture='sfsjs_ci_qz1' name='Heart and Blood' fileName='Circulation - Quizzes - Heart and Blood' />
<resource code='sfsjs_ci_raw1' type='raw' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ci' description='A collection of animations and micrographs to show the circulatory system for KS3 and 4 students' picture='sfsjs_ci_raw1' name='Run Circulation' fileName='Circulation - Run' />
<resource code='sfsjs_ci_ws5' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws5' name='Around and Round - Core' fileName='Circulation - Worksheets - Around and Round - Core' />
<resource code='sfsjs_ci_ws6' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws6' name='Around and Round - Extension' fileName='Circulation - Worksheets - Around and Round - Extension' />
<resource code='sfsjs_ci_ws4' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='ci' description='An interactive worksheet for KS4 students on how blood is transported  around the body' picture='sfsjs_ci_ws4' name='Around and Round - Support' fileName='Circulation - Worksheets - Around and Round - Support' />
<resource code='sfsjs_ci_ws2' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws2' name='On the Move - Core' fileName='Circulation - Worksheets - On the Move - Core' />
<resource code='sfsjs_ci_ws3' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws3' name='On the Move - Extension' fileName='Circulation - Worksheets - On the Move - Extension' />
<resource code='sfsjs_ci_ws1' type='ws' language='en' propList='[#nSelectedProg: "ci", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='ci' description='An interactive worksheet for KS4 students on why blood is transported  around the body' picture='sfsjs_ci_ws1' name='On the Move - Support' fileName='Circulation - Worksheets - On the Move - Support' />
</folder>
<folder name='B7.7 Skeletal system'>
</folder>
</folder>
<folder name='Module C1 Air Quality'>
<folder name='C1.1 Which chemicals make up air and which ones are pollutants'>
<resource code='sfsjs_el_ex5' type='ex' language='en' propList='[#nSelectedProg: "el", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='el' description='Showing the particles in the mixture we call air for KS3 students' picture='sfsjs_el_ex5' name='Air' fileName='E, C and M - Examples - Air' />
<resource code='sfsjs_el_raw1' type='raw' language='en' propList='[#nSelectedProg: "el", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='el' description='A programme to show and investigate the particles in elements, compounds and mixtures - for KS3 students' picture='sfsjs_el_raw1' name='Run E, C and M' fileName='E, C and M - Run' />
</folder>
<folder name='C1.2 What chemical reactions produce air pollutants'>
</folder>
<folder name='C1.3 Is air pollution harmful to me or to my environment'>
</folder>
<folder name='C1.4 What choices can we make personally, locally'>
</folder>
</folder>
<folder name='Module C2 Material Choices'>
<folder name='C2.1 What different properties do different materials have'>
</folder>
<folder name='C2.2 Why is crude oil important as a source of new materials'>
</folder>
<folder name='C2.3 Why does it help to know about the molecular structure'>
</folder>
<folder name='C2.4 When buying a product, what else should we consider'>
</folder>
</folder>
<folder name='Module C3 Food Matters'>
<folder name='C3.1 What is the difference between intensive and organic farming'>
</folder>
<folder name='C3.2 Why are chemicals deliberately added to food'>
</folder>
<folder name='C3.3 How can we make sure that our food does not contain'>
</folder>
<folder name='C3.4 Why does what we eat affect our health'>
</folder>
</folder>
<folder name='Module C4 Chemical Patterns'>
<folder name='C4.1 What are the patterns in the properties of elements'>
<resource code='sfsjs_ab_act3' type='act' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='ab' description='An activity for KS4 students on the difference between ions and atoms' picture='sfsjs_ab_act3' name='Atoms and Ions' fileName='Atoms and Ions - Activities - Atoms and Ions' />
<resource code='sfsjs_ab_ex3' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex3' name='Fluorine Atom' fileName='Atoms and Ions - Examples - Fluorine Atom' />
<resource code='sfsjs_ab_ex6' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex6' name='Fluorine, Neon and Sodium' fileName='Atoms and Ions - Examples - Fluorine, Neon and Sodium' />
<resource code='sfsjs_ab_ex1' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='ab' description='Interactive animations of the two isotopes for Key Stage 4 students' picture='sfsjs_ab_ex1' name='Hydrogen Isotopes' fileName='Atoms and Ions - Examples - Hydrogen Isotopes' />
<resource code='sfsjs_ab_ex4' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex4' name='Neon Atom' fileName='Atoms and Ions - Examples - Neon Atom' />
<resource code='sfsjs_ab_ex5' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex5' name='Sodium Atom' fileName='Atoms and Ions - Examples - Sodium Atom' />
<resource code='sfsjs_ab_qz2' type='qz' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='ab' description='A self-marking quiz on the arrangement of electrons in atoms for Key Stage 4 students' picture='sfsjs_ab_qz2' name='Electrons in Atoms' fileName='Atoms and Ions - Quizzes - Electrons in Atoms' />
<resource code='sfsjs_ab_qz1' type='qz' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='ab' description='A self-marking quiz on the structure of atoms for Key Stage 4 students' picture='sfsjs_ab_qz1' name='Protons, Neutrons and Electrons' fileName='Atoms and Ions - Quizzes - Protons, Neutrons and Electrons' />
<resource code='sfsjs_ab_raw1' type='raw' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ab' description='A interactive animation to investigate and show the structure of the atom. Suitable for KS4 students and perhaps KS3 too.' picture='sfsjs_ab_raw1' name='Run Atoms and Ions' fileName='Atoms and Ions - Run' />
<resource code='sfsjs_ab_sl0' type='sl' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='ab' description='A teacher presentation for KS4 students on the symbols and conventions scientists use to represent atoms' picture='sfsjs_ab_sl0' name='Sample Lesson' fileName='Atoms and Ions - Sample Lesson' />
<resource code='sfsjs_ab_ws2' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='ab' description='An interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws2' name='Atomic Structure - Core' fileName='Atoms and Ions - Worksheets - Atomic Structure - Core' />
<resource code='sfsjs_ab_ws3' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='ab' description='An interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws3' name='Atomic Structure - Extension' fileName='Atoms and Ions - Worksheets - Atomic Structure - Extension' />
<resource code='sfsjs_ab_ws1' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='ab' description='An  interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws1' name='Atomic Structure - Support' fileName='Atoms and Ions - Worksheets - Atomic Structure - Support' />
<resource code='sfsjs_pt_act2' type='act' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='pt' description='An activity for KS4 students on the properties of the alkali metals' picture='sfsjs_pt_act2' name='Alkali Metals' fileName='Periodic Table - Activities - Alkali Metals' />
<resource code='sfsjs_pt_act3' type='act' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='pt' description='An activity for KS4 students on the properties of the halogens' picture='sfsjs_pt_act3' name='Halogens' fileName='Periodic Table - Activities - Halogens' />
<resource code='sfsjs_pt_act1' type='act' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='pt' description='An activity for KS3 students on where metals and non-metals are found in the periodic table' picture='sfsjs_pt_act1' name='Metals and Non-metals' fileName='Periodic Table - Activities - Metals and Non-metals' />
<resource code='sfsjs_pt_ex3' type='ex' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='pt' description='The Periodic Table programme shows trends in the melting points of groups 1, 7 and 0 for KS4 students' picture='sfsjs_pt_ex3' name='Boiling Points of Groups 1, 7 and 0' fileName='Periodic Table - Examples - Boiling Points of Groups 1, 7 and 0' />
<resource code='sfsjs_pt_ex4' type='ex' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='pt' description='The Periodic Table programme shows trends in the densities of groups 1, 7 and 0 for KS4 students' picture='sfsjs_pt_ex4' name='Densities of Groups 1, 7 and 0' fileName='Periodic Table - Examples - Densities of Groups 1, 7 and 0' />
<resource code='sfsjs_pt_ex2' type='ex' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='pt' description='The Periodic Table programme shows trends in the melting points of groups 1, 7 and 0 for KS4 students' picture='sfsjs_pt_ex2' name='Melting Points of Groups 1, 7 and 0' fileName='Periodic Table - Examples - Melting Points of Groups 1, 7 and 0' />
<resource code='sfsjs_pt_ex1' type='ex' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='pt' description='The Periodic Table programme links up with the Atoms and Ions programme to show trends in structure of the atoms' picture='sfsjs_pt_ex1' name='Table with Atoms and Ions' fileName='Periodic Table - Examples - Table with Atoms and Ions' />
<resource code='sfsjs_pt_qz2' type='qz' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='pt' description='A self-marking quiz on trends in the properties of the elements in the periodic table. For KS4 students.' picture='sfsjs_pt_qz2' name='Periodic Table Trends' fileName='Periodic Table - Quizzes - Periodic Table Trends' />
<resource code='sfsjs_pt_qz1' type='qz' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='pt' description='A self-marking quiz on the basic structure of the periodic table. For KS3/4 students.' picture='sfsjs_pt_qz1' name='Putting Elements in Their Place' fileName='Periodic Table - Quizzes - Putting Elements in Their Place' />
<resource code='sfsjs_pt_raw1' type='raw' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='pt' description='An interactive 3D periodic table in which the heights of the elements correspond to properties of the element for KS3 and 4 students' picture='sfsjs_pt_raw1' name='Run Periodic Table' fileName='Periodic Table - Run' />
<resource code='sfsjs_pt_sl0' type='sl' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='pt' description='A teacher presentation for KS4 students on trends in the periodic table' picture='sfsjs_pt_sl0' name='Sample Lesson' fileName='Periodic Table - Sample Lesson' />
<resource code='sfsjs_pt_ws2' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='pt' description='An interactive worksheet for KS3 introducing the periodic table' picture='sfsjs_pt_ws2' name='Finding Your Way Around - Core' fileName='Periodic Table - Worksheets - Finding Your Way Around - Core' />
<resource code='sfsjs_pt_ws3' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='pt' description='An interactive worksheet for KS3 introducing the periodic table' picture='sfsjs_pt_ws3' name='Finding Your Way Around - Extension' fileName='Periodic Table - Worksheets - Finding Your Way Around - Extension' />
<resource code='sfsjs_pt_ws1' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='pt' description='An interactive worksheet for KS3 introducing the periodic table' picture='sfsjs_pt_ws1' name='Finding Your Way Around - Support' fileName='Periodic Table - Worksheets - Finding Your Way Around - Support' />
<resource code='sfsjs_pt_ws5' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='pt' description='An interactive worksheet for KS4 students on trends in the periodic table' picture='sfsjs_pt_ws5' name='Trendy Table - Core' fileName='Periodic Table - Worksheets - Trendy Table - Core' />
<resource code='sfsjs_pt_ws6' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='pt' description='An interactive worksheet for KS4 students on trends in the periodic table' picture='sfsjs_pt_ws6' name='Trendy Table - Extension' fileName='Periodic Table - Worksheets - Trendy Table - Extension' />
<resource code='sfsjs_pt_ws4' type='ws' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='pt' description='An interactive worksheet for KS4 students on trends in the periodic table' picture='sfsjs_pt_ws4' name='Trendy Table - Support' fileName='Periodic Table - Worksheets - Trendy Table - Support' />
</folder>
<folder name='C4.2 How do chemists explain the patterns in the properties of'>
<resource code='sfsjs_ab_act3' type='act' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='ab' description='An activity for KS4 students on the difference between ions and atoms' picture='sfsjs_ab_act3' name='Atoms and Ions' fileName='Atoms and Ions - Activities - Atoms and Ions' />
<resource code='sfsjs_ab_act2' type='act' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='ab' description='An activity for KS4 students on the way electrons are arranged in atoms' picture='sfsjs_ab_act2' name='Electron arrangements' fileName='Atoms and Ions - Activities - Electron arrangements' />
<resource code='sfsjs_ab_act1' type='act' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='ab' description='An activity for KS4 students on isotopes' picture='sfsjs_ab_act1' name='Isotopes' fileName='Atoms and Ions - Activities - Isotopes' />
<resource code='sfsjs_ab_ex2' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='ab' description='Interactive animations of the two isotopes for Key Stage 4 students' picture='sfsjs_ab_ex2' name='Chlorine Isotopes' fileName='Atoms and Ions - Examples - Chlorine Isotopes' />
<resource code='sfsjs_ab_ex3' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex3' name='Fluorine Atom' fileName='Atoms and Ions - Examples - Fluorine Atom' />
<resource code='sfsjs_ab_ex6' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex6' name='Fluorine, Neon and Sodium' fileName='Atoms and Ions - Examples - Fluorine, Neon and Sodium' />
<resource code='sfsjs_ab_ex1' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='ab' description='Interactive animations of the two isotopes for Key Stage 4 students' picture='sfsjs_ab_ex1' name='Hydrogen Isotopes' fileName='Atoms and Ions - Examples - Hydrogen Isotopes' />
<resource code='sfsjs_ab_ex4' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex4' name='Neon Atom' fileName='Atoms and Ions - Examples - Neon Atom' />
<resource code='sfsjs_ab_ex5' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex5' name='Sodium Atom' fileName='Atoms and Ions - Examples - Sodium Atom' />
<resource code='sfsjs_ab_qz2' type='qz' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='ab' description='A self-marking quiz on the arrangement of electrons in atoms for Key Stage 4 students' picture='sfsjs_ab_qz2' name='Electrons in Atoms' fileName='Atoms and Ions - Quizzes - Electrons in Atoms' />
<resource code='sfsjs_ab_qz1' type='qz' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='ab' description='A self-marking quiz on the structure of atoms for Key Stage 4 students' picture='sfsjs_ab_qz1' name='Protons, Neutrons and Electrons' fileName='Atoms and Ions - Quizzes - Protons, Neutrons and Electrons' />
<resource code='sfsjs_ab_raw1' type='raw' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ab' description='A interactive animation to investigate and show the structure of the atom. Suitable for KS4 students and perhaps KS3 too.' picture='sfsjs_ab_raw1' name='Run Atoms and Ions' fileName='Atoms and Ions - Run' />
<resource code='sfsjs_ab_sl0' type='sl' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='ab' description='A teacher presentation for KS4 students on the symbols and conventions scientists use to represent atoms' picture='sfsjs_ab_sl0' name='Sample Lesson' fileName='Atoms and Ions - Sample Lesson' />
<resource code='sfsjs_ab_ws2' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='ab' description='An interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws2' name='Atomic Structure - Core' fileName='Atoms and Ions - Worksheets - Atomic Structure - Core' />
<resource code='sfsjs_ab_ws3' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='ab' description='An interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws3' name='Atomic Structure - Extension' fileName='Atoms and Ions - Worksheets - Atomic Structure - Extension' />
<resource code='sfsjs_ab_ws1' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='ab' description='An  interactive worksheet for KS4 students on the structure of atoms' picture='sfsjs_ab_ws1' name='Atomic Structure - Support' fileName='Atoms and Ions - Worksheets - Atomic Structure - Support' />
<resource code='sfsjs_ab_ws5' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='ab' description='An interactive worksheet for KS4 students on how electrons are arranged in atoms' picture='sfsjs_ab_ws5' name='Electron Arrangement - Core' fileName='Atoms and Ions - Worksheets - Electron Arrangement - Core' />
<resource code='sfsjs_ab_ws6' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='ab' description='An interactive worksheet for KS4 students on how electrons are arranged in atoms ' picture='sfsjs_ab_ws6' name='Electron Arrangement - Extension' fileName='Atoms and Ions - Worksheets - Electron Arrangement - Extension' />
<resource code='sfsjs_ab_ws4' type='ws' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='ab' description='An interactive worksheet for KS4 students on how electrons are arranged in atoms' picture='sfsjs_ab_ws4' name='Electron Arrangement - Support' fileName='Atoms and Ions - Worksheets - Electron Arrangement - Support' />
<resource code='sfsjs_pt_raw1' type='raw' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='pt' description='An interactive 3D periodic table in which the heights of the elements correspond to properties of the element for KS3 and 4 students' picture='sfsjs_pt_raw1' name='Run Periodic Table' fileName='Periodic Table - Run' />
</folder>
<folder name='C4.3 How do chemists explain the properties of compounds'>
<resource code='sfsjs_ab_ex3' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex3' name='Fluorine Atom' fileName='Atoms and Ions - Examples - Fluorine Atom' />
<resource code='sfsjs_ab_ex5' type='ex' language='en' propList='[#nSelectedProg: "ab", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='ab' description='An interactive animation of the atom for KS4 students' picture='sfsjs_ab_ex5' name='Sodium Atom' fileName='Atoms and Ions - Examples - Sodium Atom' />
<resource code='sfsjs_bo_act1' type='act' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='bo' description='An activity for KS4 students on ionic bonding' picture='sfsjs_bo_act1' name='Ionic Bonding' fileName='Bonding - Activities - Ionic Bonding' />
<resource code='sfsjs_bo_ex1' type='ex' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='bo' description='A stop frame animation to show the bonding in lithium fluoride for KS4 students' picture='sfsjs_bo_ex1' name='Lithium Fluoride' fileName='Bonding - Examples - Lithium Fluoride' />
<resource code='sfsjs_bo_qz1' type='qz' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='bo' description='A self-marking quiz on ionic bonding for Key Stage 4 students' picture='sfsjs_bo_qz1' name='Ionic Bonding' fileName='Bonding - Quizzes - Ionic Bonding' />
<resource code='sfsjs_bo_raw1' type='raw' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='bo' description='A interactive investigation of ionic and covalent bonding for KS4 students' picture='sfsjs_bo_raw1' name='Run Bonding' fileName='Bonding - Run' />
</folder>
</folder>
<folder name='Module C5 Chemicals of the Natural Environment'>
<folder name='C5.1 What types of chemicals make up the atmosphere and'>
<resource code='sfsjs_bo_act3' type='act' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='bo' description='An activity for KS4 students on covalent bonding' picture='sfsjs_bo_act3' name='Covalent Bonding' fileName='Bonding - Activities - Covalent Bonding' />
<resource code='sfsjs_bo_act2' type='act' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='bo' description='An activity for KS4 students on covalent bonding in diatomic molecules' picture='sfsjs_bo_act2' name='Diatomic Molecules' fileName='Bonding - Activities - Diatomic Molecules' />
<resource code='sfsjs_bo_act1' type='act' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='bo' description='An activity for KS4 students on ionic bonding' picture='sfsjs_bo_act1' name='Ionic Bonding' fileName='Bonding - Activities - Ionic Bonding' />
<resource code='sfsjs_bo_ex13' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:13]' dependencies='bo' description='A stop frame animation to show the bonding in ammonia for KS4 students' picture='sfsjs_bo_ex13' name='Ammonia' fileName='Bonding - Examples - Ammonia' />
<resource code='sfsjs_bo_ex15' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:15]' dependencies='bo' description='A stop frame animation to show the bonding in ethane for KS4 students' picture='sfsjs_bo_ex15' name='Ethane' fileName='Bonding - Examples - Ethane' />
<resource code='sfsjs_bo_ex11' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:11]' dependencies='bo' description='A stop frame animation to compare the bonding in the three molecules for KS4 students' picture='sfsjs_bo_ex11' name='Fluorine, Oxygen and Nitrogen' fileName='Bonding - Examples - Fluorine, Oxygen and Nitrogen' />
<resource code='sfsjs_bo_ex8' type='ex' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:8]' dependencies='bo' description='A stop frame animation to show the bonding in fluorine for KS4 students' picture='sfsjs_bo_ex8' name='Fluorine' fileName='Bonding - Examples - Fluorine' />
<resource code='sfsjs_bo_ex7' type='ex' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:7]' dependencies='bo' description='A stop frame animation to show the bonding in hydrogen for KS4 students' picture='sfsjs_bo_ex7' name='Hydrogen' fileName='Bonding - Examples - Hydrogen' />
<resource code='sfsjs_bo_ex14' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:14]' dependencies='bo' description='A stop frame animation to show the bonding in methane for KS4 students' picture='sfsjs_bo_ex14' name='Methane' fileName='Bonding - Examples - Methane' />
<resource code='sfsjs_bo_ex10' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:10]' dependencies='bo' description='A stop frame animation to show the bonding in nitrogen for KS4 students' picture='sfsjs_bo_ex10' name='Nitrogen' fileName='Bonding - Examples - Nitrogen' />
<resource code='sfsjs_bo_ex9' type='ex' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:9]' dependencies='bo' description='A stop frame animation to show the bonding in oxygen for KS4 students' picture='sfsjs_bo_ex9' name='Oxygen' fileName='Bonding - Examples - Oxygen' />
<resource code='sfsjs_bo_ex12' type='ex1' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:12]' dependencies='bo' description='A stop frame animation to show the bonding in water for KS4 students' picture='sfsjs_bo_ex12' name='Water' fileName='Bonding - Examples - Water' />
<resource code='sfsjs_bo_qz2' type='qz' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='bo' description='A self-marking quiz on ionic covalent for Key Stage 4 students' picture='sfsjs_bo_qz2' name='Covalent Bonding' fileName='Bonding - Quizzes - Covalent Bonding' />
<resource code='sfsjs_bo_raw1' type='raw' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='bo' description='A interactive investigation of ionic and covalent bonding for KS4 students' picture='sfsjs_bo_raw1' name='Run Bonding' fileName='Bonding - Run' />
<resource code='sfsjs_bo_sl0' type='sl' language='en' propList='[#nSelectedProg: "bo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='bo' description='A teacher presentation for KS4 students on the way atoms bond together' picture='sfsjs_bo_sl0' name='Sample Lesson' fileName='Bonding - Sample Lesson' />
</folder>
<folder name='C5.2 What types of chemicals make up the earth&apos;s lithosphere'>
</folder>
<folder name='C5.3 Which chemicals make up the biosphere'>
</folder>
<folder name='C5.4 How can we extract useful metals from minerals'>
</folder>
</folder>
<folder name='Module C6 Chemical Synthesis'>
<folder name='C6.1 Chemicals and why we need them'>
<resource code='sfsjs_el_raw1' type='raw' language='en' propList='[#nSelectedProg: "el", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='el' description='A programme to show and investigate the particles in elements, compounds and mixtures - for KS3 students' picture='sfsjs_el_raw1' name='Run E, C and M' fileName='E, C and M - Run' />
<resource code='sfsjs_el_sl0' type='sl' language='en' propList='[#nSelectedProg: "el", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='el' description='A teacher presentation for KS4 students on how they can use the Elements, Compounds and Mixtures programme to present in a scientific way' picture='sfsjs_el_sl0' name='Sample Lesson' fileName='E, C and M - Sample Lesson' />
</folder>
<folder name='C6.2 Planning, carrying out and controlling chemical synthesis'>
<resource code='sfsjs_pt_raw1' type='raw' language='en' propList='[#nSelectedProg: "pt", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='pt' description='An interactive 3D periodic table in which the heights of the elements correspond to properties of the element for KS3 and 4 students' picture='sfsjs_pt_raw1' name='Run Periodic Table' fileName='Periodic Table - Run' />
<resource code='sfsjs_rr_act2' type='act' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='rr' description='An activity for KS4 students to investigate a model of what happens to rates of reaction as concentration changes' picture='sfsjs_rr_act2' name='Changing Concentration' fileName='R of R - Activities - Changing Concentration' />
<resource code='sfsjs_rr_act3' type='act' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='rr' description='An activity for KS4 students to investigate a model of what happens to rates of reaction as surface area changes' picture='sfsjs_rr_act3' name='Changing Surface Area' fileName='R of R - Activities - Changing Surface Area' />
<resource code='sfsjs_rr_act1' type='act' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='rr' description='An activity for KS4 students to investigate a model of what happens to rates of reaction as temperature changes' picture='sfsjs_rr_act1' name='Changing Temperature' fileName='R of R - Activities - Changing Temperature' />
<resource code='sfsjs_rr_ex4' type='ex' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='rr' description='A simulation showing what happens in a rate of reaction simulation with and without a catalyst. For KS4 students' picture='sfsjs_rr_ex4' name='Effect of Catalyst' fileName='R of R - Examples - Effect of Catalyst' />
<resource code='sfsjs_rr_ex1' type='ex' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='rr' description='A simulation showing what happens in a rate of reaction simulation at two different concentrations. For KS4 students' picture='sfsjs_rr_ex1' name='Effect of Concentration' fileName='R of R - Examples - Effect of Concentration' />
<resource code='sfsjs_rr_ex3' type='ex' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='rr' description='A simulation showing what happens in a rate of reaction simulation for two substances with different surface areas. For KS4 students' picture='sfsjs_rr_ex3' name='Effect of Surface Area' fileName='R of R - Examples - Effect of Surface Area' />
<resource code='sfsjs_rr_ex2' type='ex' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='rr' description='A simulation showing what happens in a rate of reaction simulation at two different temperatures. For KS4 students' picture='sfsjs_rr_ex2' name='Effect of Temperature' fileName='R of R - Examples - Effect of Temperature' />
<resource code='sfsjs_rr_qz2' type='qz' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='rr' description='A self-marking quiz on how surface area affects rate of reaction. For KS4 students.' picture='sfsjs_rr_qz2' name='Solids, Rates, Explosions' fileName='R of R - Quizzes - Solids, Rates, Explosions' />
<resource code='sfsjs_rr_qz1' type='qz' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='rr' description='A self-marking quiz on how and why concentration, temperature and a catalyst affect rate of reaction. For KS4 students.' picture='sfsjs_rr_qz1' name='Temperature and Concentration' fileName='R of R - Quizzes - Temperature and Concentration' />
<resource code='sfsjs_rr_raw1' type='raw' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='rr' description='A interactive simulation to model collision theory to explain rates of reaction. For KS4 students' picture='sfsjs_rr_raw1' name='Run R of R' fileName='R of R - Run' />
<resource code='sfsjs_rr_sl0' type='sl' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsSample, #nSubMenu2:0]' dependencies='rr' description='A teacher presentation for KS4 students on how a model can explain the factors that affect rate of reaction' picture='sfsjs_rr_sl0' name='Sample Lesson' fileName='R of R - Sample Lesson' />
<resource code='sfsjs_rr_ws2' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='rr' description='An interactive worksheet for KS4 students on how collision theory explains rates of reaction' picture='sfsjs_rr_ws2' name='Hit and Miss - Core' fileName='R of R - Worksheets - Hit and Miss - Core' />
<resource code='sfsjs_rr_ws3' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='rr' description='An interactive worksheet for KS4 students on how collision theory explains rates of reaction' picture='sfsjs_rr_ws3' name='Hit and Miss - Extension' fileName='R of R - Worksheets - Hit and Miss - Extension' />
<resource code='sfsjs_rr_ws1' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='rr' description='An interactive worksheet for KS4 students on how collision theory explains rates of reaction' picture='sfsjs_rr_ws1' name='Hit and Miss - Support' fileName='R of R - Worksheets - Hit and Miss - Support' />
<resource code='sfsjs_rr_ws5' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='rr' description='An interactive worksheet for KS4 students on how surface area affects rate of reaction' picture='sfsjs_rr_ws5' name='Size Matters - Core' fileName='R of R - Worksheets - Size Matters - Core' />
<resource code='sfsjs_rr_ws6' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='rr' description='An interactive worksheet for KS4 students on how surface area affects rate of reaction' picture='sfsjs_rr_ws6' name='Size Matters - Extension' fileName='R of R - Worksheets - Size Matters - Extension' />
<resource code='sfsjs_rr_ws4' type='ws' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='rr' description='An interactive worksheet for KS4 students on how surface area affects rate of reaction' picture='sfsjs_rr_ws4' name='Size Matters - Support' fileName='R of R - Worksheets - Size Matters - Support' />
</folder>
</folder>
<folder name='Module C7 Further Chemistry'>
<folder name='C7.1 Alcohols, carboxylic acids and esters'>
</folder>
<folder name='C7.2 Energy changes in chemisty'>
<resource code='sfsjs_rr_raw1' type='raw' language='en' propList='[#nSelectedProg: "rr", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='rr' description='A interactive simulation to model collision theory to explain rates of reaction. For KS4 students' picture='sfsjs_rr_raw1' name='Run R of R' fileName='R of R - Run' />
</folder>
<folder name='C7.3 Reversible reactions and equilibria'>
</folder>
<folder name='C7.4 Analysis'>
</folder>
<folder name='C7.5 Green chemistry'>
</folder>
</folder>
<folder name='Module P1 The Earth in the Universe'>
<folder name='P1.1 What do we know about the earth and space'>
<resource code='sfsjs_ea_act1' type='act' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='ea' description='A student activity on the lives of stars. For Key Stage 3 students.' picture='sfsjs_ea_act1' name='The Lives of Stars' fileName='Earth in Space - Activities - The Lives of Stars' />
<resource code='sfsjs_ea_ex2' type='ex' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='ea' description='A 3D model for each of the planets in our solar system. For KS3 students.' picture='sfsjs_ea_ex2' name='Eight Planets' fileName='Earth in Space - Examples - Eight Planets' />
<resource code='sfsjs_ea_ex1' type='ex' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='ea' description='A 3D model and a graphic to show the structure of our solar system. For key stage 3 students.' picture='sfsjs_ea_ex1' name='Solar System' fileName='Earth in Space - Examples - Solar System' />
<resource code='sfsjs_ea_qz2' type='qz' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='ea' description='A self-marking quiz on planets in our solar system and the star life of our sun. For key stage 3 students.' picture='sfsjs_ea_qz2' name='Sun and Planets' fileName='Earth in Space - Quizzes - Sun and Planets' />
<resource code='sfsjs_ea_raw1' type='raw' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ea' description='A collection of animations and 3D models to show our solar system, stars and beyond. For KS3 and 4 students' picture='sfsjs_ea_raw1' name='Run Earth in Space' fileName='Earth in Space - Run' />
<resource code='sfsjs_ea_ws2' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='ea' description='An interactive worksheet on the relationship between the earth, moon and sun and how this explains eclipses and tides. For KS3 students' picture='sfsjs_ea_ws2' name='Exploring the Earth, Moon and Sun - Core' fileName='Earth in Space - Worksheets - Exploring the Earth, Moon and Sun - Core' />
<resource code='sfsjs_ea_ws3' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='ea' description='An interactive worksheet on the relationship between the earth, moon and sun and how this explains eclipses and tides. For KS3 students' picture='sfsjs_ea_ws3' name='Exploring the Earth, Moon and Sun - Extension' fileName='Earth in Space - Worksheets - Exploring the Earth, Moon and Sun - Extension' />
<resource code='sfsjs_ea_ws1' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='ea' description='An interactive worksheet on the relationship between the earth, moon and sun and how this explains eclipses and tides. For KS3 students' picture='sfsjs_ea_ws1' name='Exploring the Earth, Moon and Sun - Support' fileName='Earth in Space - Worksheets - Exploring the Earth, Moon and Sun - Support' />
<resource code='sfsjs_ea_ws5' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='ea' description='An interactive worksheet on the planets of our solar system. For KS3 students.' picture='sfsjs_ea_ws5' name='Exploring the Solar System - Core' fileName='Earth in Space - Worksheets - Exploring the Solar System - Core' />
<resource code='sfsjs_ea_ws6' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='ea' description='An interactive worksheet on the planets of our solar system. For KS3 students.' picture='sfsjs_ea_ws6' name='Exploring the Solar System - Extension' fileName='Earth in Space - Worksheets - Exploring the Solar System - Extension' />
<resource code='sfsjs_ea_ws4' type='ws' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='ea' description='An interactive worksheet on the planets of our solar system. For KS3 students.' picture='sfsjs_ea_ws4' name='Exploring the Solar System - Support' fileName='Earth in Space - Worksheets - Exploring the Solar System - Support' />
</folder>
<folder name='P1.2 How have the earth&apos;s continents moved'>
</folder>
<folder name='P1.3 What is known about the stars and galaxies'>
<resource code='sfsjs_ea_act1' type='act' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='ea' description='A student activity on the lives of stars. For Key Stage 3 students.' picture='sfsjs_ea_act1' name='The Lives of Stars' fileName='Earth in Space - Activities - The Lives of Stars' />
<resource code='sfsjs_ea_raw1' type='raw' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ea' description='A collection of animations and 3D models to show our solar system, stars and beyond. For KS3 and 4 students' picture='sfsjs_ea_raw1' name='Run Earth in Space' fileName='Earth in Space - Run' />
</folder>
<folder name='P1.4 How do scientists develop explanations of the earth and space'>
<resource code='sfsjs_ea_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsea, #nSubMenu2:1]' dependencies='Da,ea' description='Graphing Data form Earth in Space to show the relationship of number of moons for a planet vs distance from the sun. For KS3/4 students.' picture='sfsjs_ea_da1' name='Length of Year vs Distance from Sun' fileName='Data Analyser - Earth in Space - Length of Year vs Distance from Sun' />
<resource code='sfsjs_ea_raw1' type='raw' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='ea' description='A collection of animations and 3D models to show our solar system, stars and beyond. For KS3 and 4 students' picture='sfsjs_ea_raw1' name='Run Earth in Space' fileName='Earth in Space - Run' />
</folder>
</folder>
<folder name='Module P2 Radiation and Life'>
<folder name='P2.1 What types of electromagnetic radiation are there'>
</folder>
<folder name='P2.2 Which types of electromagnetic radiation harm living tissue'>
</folder>
<folder name='P2.3 How does electromagnetic radiation make life on earth possible'>
<resource code='sfsjs_py_raw1' type='raw' language='en' propList='[#nSelectedProg: "py", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='py' description='A interactive simulation of the classic experiment. For KS3 and 4 students' picture='sfsjs_py_raw1' name='Run Photosynthesis' fileName='Photosynthesis - Run' />
<resource code='sfsjs_pz_ex5' type='ex' language='en' propList='[#nSelectedProg: "pz", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='pz' description='An animation with a micrograph to show the structure and processes in a leaf. For KS3/4 students' picture='sfsjs_pz_ex5' name='Inside a Leaf' fileName='Plants - Examples - Inside a Leaf' />
<resource code='sfsjs_pz_raw1' type='raw' language='en' propList='[#nSelectedProg: "pz", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='pz' description='A collection of animations and micrographs to show the structure of plants how various systems work within them - for KS3 and 4 students' picture='sfsjs_pz_raw1' name='Run Plants' fileName='Plants - Run' />
</folder>
<folder name='P2.4 What is the evidence for global warming'>
</folder>
<folder name='P2.5 What ideas about risk do citizens and scientists have'>
</folder>
</folder>
<folder name='Module P3 Radioactive Materials'>
<folder name='P3.1 Why are some materials radioactive'>
<resource code='sfsjs_nu_act2' type='act' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='nu' description='An activity for KS4 students on the  way different kinds of radioactivity are affected by electric fields.' picture='sfsjs_nu_act2' name='Charged Particles in Fields' fileName='Nuclear Physics - Activities - Charged Particles in Fields' />
<resource code='sfsjs_nu_act3' type='act' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='nu' description='An activity for KS4 students on radioactive decay chains' picture='sfsjs_nu_act3' name='Decay Chains' fileName='Nuclear Physics - Activities - Decay Chains' />
<resource code='sfsjs_nu_ex3' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='nu' description='A simulation of the decay of the isotope. For key stage 4 students.' picture='sfsjs_nu_ex3' name='Decay of Uranium-235' fileName='Nuclear Physics - Examples - Decay of Uranium-235' />
<resource code='sfsjs_nu_ex2' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='nu' description='A simulation to compare the size of the nucleus to the whole atom. For KS4 students.' picture='sfsjs_nu_ex2' name='Scale of the Nucleus' fileName='Nuclear Physics - Examples - Scale of the Nucleus' />
<resource code='sfsjs_nu_ex4' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='nu' description='A simulation of the classic experiment to determine the electric and magnetic properties of three types of ionising radiation. For key stage 4 students.' picture='sfsjs_nu_ex4' name='Types of Radiation' fileName='Nuclear Physics - Examples - Types of Radiation' />
<resource code='sfsjs_nu_qz1' type='qz' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='nu' description='A self-marking quiz on how atoms undergo nuclear decay. For KS4 students.' picture='sfsjs_nu_qz1' name='Radioactive Decay' fileName='Nuclear Physics - Quizzes - Radioactive Decay' />
<resource code='sfsjs_nu_raw1' type='raw' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='nu' description='A collection of nine simulations on nuclear physics. For key stage 4 students.' picture='sfsjs_nu_raw1' name='Run Nuclear Physics' fileName='Nuclear Physics - Run' />
<resource code='sfsjs_nu_ws2' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='nu' description='An interactive worksheet for KS4 students on the structure of the atom.' picture='sfsjs_nu_ws2' name='The Nucleus - Core' fileName='Nuclear Physics - Worksheets - The Nucleus - Core' />
<resource code='sfsjs_nu_ws3' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='nu' description='An interactive worksheet for KS4 students on the structure of the atom.' picture='sfsjs_nu_ws3' name='The Nucleus - Extension' fileName='Nuclear Physics - Worksheets - The Nucleus - Extension' />
<resource code='sfsjs_nu_ws1' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='nu' description='An interactive worksheet for KS4 students on the structure of the atom.' picture='sfsjs_nu_ws1' name='The Nucleus - Support' fileName='Nuclear Physics - Worksheets - The Nucleus - Support' />
</folder>
<folder name='P3.2 How can radioactive materials be used'>
<resource code='sfsjs_nu_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsnu, #nSubMenu2:1]' dependencies='Da,nu' description='An isotope decays while Data Analyser graphs the number of atoms remaining.' picture='sfsjs_nu_da1' name='Decay of Protactinium-234' fileName='Data Analyser - Nuclear Physics - Decay of Protactinium-234' />
<resource code='sfsjs_nu_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsnu, #nSubMenu2:2]' dependencies='Da,nu' description='An isotope decays while Data Analyser graphs the number of atoms remaining.' picture='sfsjs_nu_da2' name='Half-life of Carbon-14' fileName='Data Analyser - Nuclear Physics - Half-life of Carbon-14' />
<resource code='sfsjs_nu_act1' type='act' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='nu' description='An activity for KS4 students on the penetration of different kinds of radioactivity' picture='sfsjs_nu_act1' name='Penetrating Power' fileName='Nuclear Physics - Activities - Penetrating Power' />
<resource code='sfsjs_nu_ex6' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='nu' description='Two simulations show the decay of the same substance; one has half the amount of atoms. For KS4 students.' picture='sfsjs_nu_ex6' name='Half Life' fileName='Nuclear Physics - Examples - Half Life' />
<resource code='sfsjs_nu_ex5' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='nu' description='Two simulations where one shows the count of a beta source without a barrier and the other with a barrier. For KS4 students.' picture='sfsjs_nu_ex5' name='Penetration of Beta Decay' fileName='Nuclear Physics - Examples - Penetration of Beta Decay' />
<resource code='sfsjs_nu_ex4' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='nu' description='A simulation of the classic experiment to determine the electric and magnetic properties of three types of ionising radiation. For key stage 4 students.' picture='sfsjs_nu_ex4' name='Types of Radiation' fileName='Nuclear Physics - Examples - Types of Radiation' />
<resource code='sfsjs_nu_raw1' type='raw' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='nu' description='A collection of nine simulations on nuclear physics. For key stage 4 students.' picture='sfsjs_nu_raw1' name='Run Nuclear Physics' fileName='Nuclear Physics - Run' />
<resource code='sfsjs_nu_ws5' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws5' name='Half Life and Decay - Core' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Core' />
<resource code='sfsjs_nu_ws6' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws6' name='Half Life and Decay - Extension' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Extension' />
<resource code='sfsjs_nu_ws4' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws4' name='Half Life and Decay - Support' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Support' />
</folder>
<folder name='P3.3 How should electricity be generated'>
<resource code='sfsjs_mo_ex4' type='ex' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='mo' description='A simulation showing the set up of a generator that generates the highest voltage - for KS4 students' picture='sfsjs_mo_ex4' name='High Voltage Generator' fileName='Motors and Generators - Examples - High Voltage Generator' />
<resource code='sfsjs_mo_ex3' type='ex' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='mo' description='A simulation showing the set up of a generator that generates the lowest voltage - for KS4 students' picture='sfsjs_mo_ex3' name='Low Voltage Generator' fileName='Motors and Generators - Examples - Low Voltage Generator' />
<resource code='sfsjs_mo_raw1' type='raw' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='mo' description='A interactive simulation of how to build a motor or generator - for KS4 students' picture='sfsjs_mo_raw1' name='Run Motors and Generators' fileName='Motors and Generators - Run' />
<resource code='sfsjs_nu_ex9' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:9]' dependencies='nu' description='A simulation of a nuclear fission chain reaction. For Key stage 4 students.' picture='sfsjs_nu_ex9' name='Fission Chain Reaction' fileName='Nuclear Physics - Examples - Fission Chain Reaction' />
<resource code='sfsjs_nu_ex7' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:7]' dependencies='nu' description='An interactive animation of nuclear fission. For Key stage 4 students.' picture='sfsjs_nu_ex7' name='Fission' fileName='Nuclear Physics - Examples - Fission' />
<resource code='sfsjs_nu_ex8' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:8]' dependencies='nu' description='An interactive animation of nuclear fusion. For Key stage 4 students.' picture='sfsjs_nu_ex8' name='Fusion' fileName='Nuclear Physics - Examples - Fusion' />
<resource code='sfsjs_nu_qz2' type='qz' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='nu' description='A self-marking quiz on how we can use the energy released in nuclear decay. For KS4 students.' picture='sfsjs_nu_qz2' name='Nuclear Decay and Energy' fileName='Nuclear Physics - Quizzes - Nuclear Decay and Energy' />
<resource code='sfsjs_nu_raw1' type='raw' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='nu' description='A collection of nine simulations on nuclear physics. For key stage 4 students.' picture='sfsjs_nu_raw1' name='Run Nuclear Physics' fileName='Nuclear Physics - Run' />
</folder>
<folder name='P3.4 What are the health risks from radioactive materials'>
<resource code='sfsjs_nu_act1' type='act' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='nu' description='An activity for KS4 students on the penetration of different kinds of radioactivity' picture='sfsjs_nu_act1' name='Penetrating Power' fileName='Nuclear Physics - Activities - Penetrating Power' />
<resource code='sfsjs_nu_ex5' type='ex' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='nu' description='Two simulations where one shows the count of a beta source without a barrier and the other with a barrier. For KS4 students.' picture='sfsjs_nu_ex5' name='Penetration of Beta Decay' fileName='Nuclear Physics - Examples - Penetration of Beta Decay' />
<resource code='sfsjs_nu_raw1' type='raw' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='nu' description='A collection of nine simulations on nuclear physics. For key stage 4 students.' picture='sfsjs_nu_raw1' name='Run Nuclear Physics' fileName='Nuclear Physics - Run' />
<resource code='sfsjs_nu_ws5' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws5' name='Half Life and Decay - Core' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Core' />
<resource code='sfsjs_nu_ws6' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws6' name='Half Life and Decay - Extension' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Extension' />
<resource code='sfsjs_nu_ws4' type='ws' language='en' propList='[#nSelectedProg: "nu", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='nu' description='An interactive worksheet for KS4 students on half life and decay.' picture='sfsjs_nu_ws4' name='Half Life and Decay - Support' fileName='Nuclear Physics - Worksheets - Half Life and Decay - Support' />
</folder>
</folder>
<folder name='Module P4 Explaining Motion'>
<folder name='P4.1 How can we describe motion'>
<resource code='sfsjs_fo_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:1]' dependencies='Da,fo' description='The graph of displacement against time as a trolley rolls down a slope - for Key Stage 4 students' picture='sfsjs_fo_da1' name='Displacement of a trolley vs Time' fileName='Data Analyser - Forces and Motion - Displacement of a trolley vs Time' />
<resource code='sfsjs_fo_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:2]' dependencies='Da,fo' description='The graph of velocity against time as a trolley is accelerated by a falling mass - for Key Stage 4 students' picture='sfsjs_fo_da2' name='Velocity of a trolley vs Time' fileName='Data Analyser - Forces and Motion - Velocity of a trolley vs Time' />
<resource code='sfsjs_fo_raw1' type='raw' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='fo' description='A collection of eight simulations of classic forces and motion experiments. For KS3 and 4 students.' picture='sfsjs_fo_raw1' name='Run Forces and Motion' fileName='Forces and Motion - Run' />
</folder>
<folder name='P4.2 What are forces'>
<resource code='sfsjs_fo_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:2]' dependencies='Da,fo' description='The graph of velocity against time as a trolley is accelerated by a falling mass - for Key Stage 4 students' picture='sfsjs_fo_da2' name='Velocity of a trolley vs Time' fileName='Data Analyser - Forces and Motion - Velocity of a trolley vs Time' />
<resource code='sfsjs_fo_act1' type='act' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='fo' description='An activity for KS4 students to investigate how friction affects how a trolley rolls down a slope' picture='sfsjs_fo_act1' name='Frictional Forces' fileName='Forces and Motion - Activities - Frictional Forces' />
<resource code='sfsjs_fo_act2' type='act' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='fo' description='An activity for KS4 students to investigate the relationship between mass and acceleration' picture='sfsjs_fo_act2' name='Table Top Trolley' fileName='Forces and Motion - Activities - Table Top Trolley' />
<resource code='sfsjs_fo_ex2' type='ex' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='fo' description='A simulation to show the relationship between mass and acceleration as a falling weight pulls a trolley - for KS4 students' picture='sfsjs_fo_ex2' name='Mass and Acceleration' fileName='Forces and Motion - Examples - Mass and Acceleration' />
<resource code='sfsjs_fo_ex8' type='ex' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:8]' dependencies='fo' description='A simulation of a ball falling through glycerine to show terminal velocity  for KS4 students' picture='sfsjs_fo_ex8' name='Terminal Velocity' fileName='Forces and Motion - Examples - Terminal Velocity' />
<resource code='sfsjs_fo_qz2' type='qz' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='fo' description='A self-marking quiz on Newton&#39;s laws using a collection of simulations. For key stage 4 students.' picture='sfsjs_fo_qz2' name='Newton&#39;s Laws' fileName='Forces and Motion - Quizzes - Newton&#39;s Laws' />
<resource code='sfsjs_fo_raw1' type='raw' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='fo' description='A collection of eight simulations of classic forces and motion experiments. For KS3 and 4 students.' picture='sfsjs_fo_raw1' name='Run Forces and Motion' fileName='Forces and Motion - Run' />
<resource code='sfsjs_fo_ws2' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='fo' description='An interactive worksheet for KS4 students on the relationship between mass, acceleration and energy' picture='sfsjs_fo_ws2' name='On the Move - Core' fileName='Forces and Motion - Worksheets - On the Move - Core' />
<resource code='sfsjs_fo_ws3' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='fo' description='An interactive worksheet for KS4 students on the relationship between mass, acceleration and energy' picture='sfsjs_fo_ws3' name='On the Move - Extension' fileName='Forces and Motion - Worksheets - On the Move - Extension' />
<resource code='sfsjs_fo_ws1' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='fo' description='An interactive worksheet for KS4 students on the relationship between mass, acceleration and energy' picture='sfsjs_fo_ws1' name='On the Move - Support' fileName='Forces and Motion - Worksheets - On the Move - Support' />
</folder>
<folder name='P4.3 What is the connection between forces and motion'>
<resource code='sfsjs_fo_da3' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:3]' dependencies='Da,fo' description='The graph of the momentum of two trolleys colliding on an air track - for Key Stage 4 students' picture='sfsjs_fo_da3' name='Momentum transfer between two trolleys' fileName='Data Analyser - Forces and Motion - Momentum transfer between two trolleys' />
<resource code='sfsjs_fo_act3' type='act' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='fo' description='An activity for KS4 students to investigate the energy changes as two trolleys collide on an air track' picture='sfsjs_fo_act3' name='Air Track' fileName='Forces and Motion - Activities - Air Track' />
<resource code='sfsjs_fo_ex3' type='ex' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='fo' description='A simulation to show conservation of momentum as two trolleys collide on an air track - for KS4 students' picture='sfsjs_fo_ex3' name='Conservation of Momentum' fileName='Forces and Motion - Examples - Conservation of Momentum' />
<resource code='sfsjs_fo_raw1' type='raw' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='fo' description='A collection of eight simulations of classic forces and motion experiments. For KS3 and 4 students.' picture='sfsjs_fo_raw1' name='Run Forces and Motion' fileName='Forces and Motion - Run' />
<resource code='sfsjs_fo_ws5' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='fo' description='An interactive worksheet for KS4 students to investigate the effects of momentum' picture='sfsjs_fo_ws5' name='Momentum - Core' fileName='Forces and Motion - Worksheets - Momentum - Core' />
<resource code='sfsjs_fo_ws6' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='fo' description='An interactive worksheet for KS4 students to investigate the effects of momentum' picture='sfsjs_fo_ws6' name='Momentum - Extension' fileName='Forces and Motion - Worksheets - Momentum - Extension' />
<resource code='sfsjs_fo_ws4' type='ws' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='fo' description='An interactive worksheet for KS4 students to investigate the effects of momentum' picture='sfsjs_fo_ws4' name='Momentum - Support' fileName='Forces and Motion - Worksheets - Momentum - Support' />
</folder>
<folder name='P4.4 How can we describe motion in terms of energy changes'>
<resource code='sfsjs_fo_da5' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:5]' dependencies='Da,fo' description='The graph of the energy of a bouncing ball - for Key Stage 4 students' picture='sfsjs_fo_da5' name='Energy of a bouncing ball vs Time' fileName='Data Analyser - Forces and Motion - Energy of a bouncing ball vs Time' />
<resource code='sfsjs_fo_da4' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionsfo, #nSubMenu2:4]' dependencies='Da,fo' description='The graph of acceleration of a mass oscillating on a spring - for Key Stage 4 students' picture='sfsjs_fo_da4' name='Oscillation of a spring' fileName='Data Analyser - Forces and Motion - Oscillation of a spring' />
<resource code='sfsjs_fo_act3' type='act' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='fo' description='An activity for KS4 students to investigate the energy changes as two trolleys collide on an air track' picture='sfsjs_fo_act3' name='Air Track' fileName='Forces and Motion - Activities - Air Track' />
<resource code='sfsjs_fo_act4' type='act' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:4]' dependencies='fo' description='An activity for KS4 students to investigate energy changes as a mass oscillates on a spring ' picture='sfsjs_fo_act4' name='Energy Changes in Oscillations' fileName='Forces and Motion - Activities - Energy Changes in Oscillations' />
<resource code='sfsjs_fo_ex1' type='ex' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='fo' description='A simulation to show  the energy changes as a trolley rolls down a slope - for KS4 students' picture='sfsjs_fo_ex1' name='Energy Down a Slope' fileName='Forces and Motion - Examples - Energy Down a Slope' />
<resource code='sfsjs_fo_ex5' type='ex' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='fo' description='A simulation to show how the energy of a bouncing ball dissipates - for KS4 students' picture='sfsjs_fo_ex5' name='Energy of a Bouncing Ball' fileName='Forces and Motion - Examples - Energy of a Bouncing Ball' />
<resource code='sfsjs_fo_raw1' type='raw' language='en' propList='[#nSelectedProg: "fo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='fo' description='A collection of eight simulations of classic forces and motion experiments. For KS3 and 4 students.' picture='sfsjs_fo_raw1' name='Run Forces and Motion' fileName='Forces and Motion - Run' />
</folder>
</folder>
<folder name='Module P5 Electric Circuits'>
<folder name='P5.1 Electric current - a flow of what'>
<resource code='sfsjs_si_act1' type='act' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:1]' dependencies='si' description='An activity for KS3 students on why a complete circuit is needed for current to flow' picture='sfsjs_si_act1' name='A Complete Circuit' fileName='Simple Circuits - Activities - A Complete Circuit' />
<resource code='sfsjs_si_act2' type='act' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='si' description='An activity for KS3 students on how electrons carry energy in a circuit' picture='sfsjs_si_act2' name='Electrons and Energy' fileName='Simple Circuits - Activities - Electrons and Energy' />
<resource code='sfsjs_si_raw1' type='raw' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='si' description='A interactive simulation to build and test circuits for KS3 and 4 students' picture='sfsjs_si_raw1' name='Run Simple Circuits' fileName='Simple Circuits - Run' />
</folder>
<folder name='P5.2 What determines the size of the current'>
<resource code='sfsjs_si_da2' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionssi, #nSubMenu2:2]' dependencies='Da,si' description='A graph to show how current varies with resistance in a simple circuit. For KS4 students' picture='sfsjs_si_da2' name='Current vs Resistance' fileName='Data Analyser - Simple Circuits - Current vs Resistance' />
<resource code='sfsjs_si_da1' type='da' language='en' propList='[#nSelectedProg: "Da", #nNewWindow:0, #nSubMenu1:#nWindowCaptionssi, #nSubMenu2:1]' dependencies='Da,si' description='A graph to show how current varies with voltage in a simple circuit. For KS4 students' picture='sfsjs_si_da1' name='Current vs Voltage' fileName='Data Analyser - Simple Circuits - Current vs Voltage' />
<resource code='sfsjs_si_act3' type='act' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='si' description='An activity for KS4 students to investigate parallel circuits' picture='sfsjs_si_act3' name='Parallel Circuits' fileName='Simple Circuits - Activities - Parallel Circuits' />
<resource code='sfsjs_si_ex2' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='si' description='A simulation showing a simple circuit with an ammeter and voltmeter. For KS3 students' picture='sfsjs_si_ex2' name='Basic Circuit with Meters' fileName='Simple Circuits - Examples - Basic Circuit with Meters' />
<resource code='sfsjs_si_ex1' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='si' description='A simulation of a simple circuit. For KS3 students' picture='sfsjs_si_ex1' name='Basic Circuit' fileName='Simple Circuits - Examples - Basic Circuit' />
<resource code='sfsjs_si_ex6' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='si' description='A simulation showing a parallel circuit with ammeters and voltmeters in place. For KS3 students' picture='sfsjs_si_ex6' name='Parallel Circuit with Meters' fileName='Simple Circuits - Examples - Parallel Circuit with Meters' />
<resource code='sfsjs_si_ex5' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='si' description='A simulation showing a parallel circuit. For KS3 students' picture='sfsjs_si_ex5' name='Parallel Circuit' fileName='Simple Circuits - Examples - Parallel Circuit' />
<resource code='sfsjs_si_ex4' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='si' description='A simulation showing a series circuit with ammeters and voltmeters in place. For KS3 students' picture='sfsjs_si_ex4' name='Series Circuit with Meters' fileName='Simple Circuits - Examples - Series Circuit with Meters' />
<resource code='sfsjs_si_ex3' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='si' description='A simulation showing a series circuit. For KS3 students' picture='sfsjs_si_ex3' name='Series Circuit' fileName='Simple Circuits - Examples - Series Circuit' />
<resource code='sfsjs_si_qz2' type='qz' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:2]' dependencies='si' description='A self-marking quiz on resistance in series and parallel circuits. For KS3 students.' picture='sfsjs_si_qz2' name='Resistance' fileName='Simple Circuits - Quizzes - Resistance' />
<resource code='sfsjs_si_raw1' type='raw' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='si' description='A interactive simulation to build and test circuits for KS3 and 4 students' picture='sfsjs_si_raw1' name='Run Simple Circuits' fileName='Simple Circuits - Run' />
<resource code='sfsjs_si_ws2' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws2' name='Series and Parallel - Core' fileName='Simple Circuits - Worksheets - Series and Parallel - Core' />
<resource code='sfsjs_si_ws3' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws3' name='Series and Parallel - Extension' fileName='Simple Circuits - Worksheets - Series and Parallel - Extension' />
<resource code='sfsjs_si_ws1' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws1' name='Series and Parallel - Support' fileName='Simple Circuits - Worksheets - Series and Parallel - Support' />
</folder>
<folder name='P5.3 How do parallel and series circuits work'>
<resource code='sfsjs_si_act3' type='act' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='si' description='An activity for KS4 students to investigate parallel circuits' picture='sfsjs_si_act3' name='Parallel Circuits' fileName='Simple Circuits - Activities - Parallel Circuits' />
<resource code='sfsjs_si_ex2' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:2]' dependencies='si' description='A simulation showing a simple circuit with an ammeter and voltmeter. For KS3 students' picture='sfsjs_si_ex2' name='Basic Circuit with Meters' fileName='Simple Circuits - Examples - Basic Circuit with Meters' />
<resource code='sfsjs_si_ex1' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:1]' dependencies='si' description='A simulation of a simple circuit. For KS3 students' picture='sfsjs_si_ex1' name='Basic Circuit' fileName='Simple Circuits - Examples - Basic Circuit' />
<resource code='sfsjs_si_ex6' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:6]' dependencies='si' description='A simulation showing a parallel circuit with ammeters and voltmeters in place. For KS3 students' picture='sfsjs_si_ex6' name='Parallel Circuit with Meters' fileName='Simple Circuits - Examples - Parallel Circuit with Meters' />
<resource code='sfsjs_si_ex5' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:5]' dependencies='si' description='A simulation showing a parallel circuit. For KS3 students' picture='sfsjs_si_ex5' name='Parallel Circuit' fileName='Simple Circuits - Examples - Parallel Circuit' />
<resource code='sfsjs_si_ex4' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='si' description='A simulation showing a series circuit with ammeters and voltmeters in place. For KS3 students' picture='sfsjs_si_ex4' name='Series Circuit with Meters' fileName='Simple Circuits - Examples - Series Circuit with Meters' />
<resource code='sfsjs_si_ex3' type='ex' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='si' description='A simulation showing a series circuit. For KS3 students' picture='sfsjs_si_ex3' name='Series Circuit' fileName='Simple Circuits - Examples - Series Circuit' />
<resource code='sfsjs_si_qz1' type='qz' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsQuizzes, #nSubMenu2:1]' dependencies='si' description='A self-marking quiz on current and voltage in series and parallel circuits. For KS3 students.' picture='sfsjs_si_qz1' name='Series and Parallel Circuits' fileName='Simple Circuits - Quizzes - Series and Parallel Circuits' />
<resource code='sfsjs_si_ws2' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:2]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws2' name='Series and Parallel - Core' fileName='Simple Circuits - Worksheets - Series and Parallel - Core' />
<resource code='sfsjs_si_ws3' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:3]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws3' name='Series and Parallel - Extension' fileName='Simple Circuits - Worksheets - Series and Parallel - Extension' />
<resource code='sfsjs_si_ws1' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:1]' dependencies='si' description='An interactive worksheet for KS4 students on the differences between series and parallel circuits' picture='sfsjs_si_ws1' name='Series and Parallel - Support' fileName='Simple Circuits - Worksheets - Series and Parallel - Support' />
</folder>
<folder name='P5.4 How is mains electricity produced'>
<resource code='sfsjs_mo_act3' type='act' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:3]' dependencies='mo' description='An activity for KS4 students to investigate the factors that affect the induced current as a wire moves through a magnetic field' picture='sfsjs_mo_act3' name='Cutting Field Lines' fileName='Motors and Generators - Activities - Cutting Field Lines' />
<resource code='sfsjs_mo_ex4' type='ex' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:4]' dependencies='mo' description='A simulation showing the set up of a generator that generates the highest voltage - for KS4 students' picture='sfsjs_mo_ex4' name='High Voltage Generator' fileName='Motors and Generators - Examples - High Voltage Generator' />
<resource code='sfsjs_mo_ex3' type='ex' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsExamples, #nSubMenu2:3]' dependencies='mo' description='A simulation showing the set up of a generator that generates the lowest voltage - for KS4 students' picture='sfsjs_mo_ex3' name='Low Voltage Generator' fileName='Motors and Generators - Examples - Low Voltage Generator' />
<resource code='sfsjs_mo_raw1' type='raw' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='mo' description='A interactive simulation of how to build a motor or generator - for KS4 students' picture='sfsjs_mo_raw1' name='Run Motors and Generators' fileName='Motors and Generators - Run' />
<resource code='sfsjs_mo_ws5' type='ws' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='mo' description='An interactive worksheet for KS4 students to investigate how a generator works and what affects its output' picture='sfsjs_mo_ws5' name='Generators - Core' fileName='Motors and Generators - Worksheets - Generators - Core' />
<resource code='sfsjs_mo_ws6' type='ws' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='mo' description='An interactive worksheet for KS4 students to investigate how a generator works and what affects its output' picture='sfsjs_mo_ws6' name='Generators - Extension' fileName='Motors and Generators - Worksheets - Generators - Extension' />
<resource code='sfsjs_mo_ws4' type='ws' language='en' propList='[#nSelectedProg: "mo", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='mo' description='An interactive worksheet for KS4 students to investigate how a generator works and what affects its output' picture='sfsjs_mo_ws4' name='Generators - Support' fileName='Motors and Generators - Worksheets - Generators - Support' />
<resource code='sfsjs_si_raw1' type='raw' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='si' description='A interactive simulation to build and test circuits for KS3 and 4 students' picture='sfsjs_si_raw1' name='Run Simple Circuits' fileName='Simple Circuits - Run' />
</folder>
<folder name='P5.5 How much electrical energy do we use at home'>
<resource code='sfsjs_si_act5' type='act' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:5]' dependencies='si' description='An activity for KS4 students on electrical power in circuits' picture='sfsjs_si_act5' name='Electrical Power' fileName='Simple Circuits - Activities - Electrical Power' />
<resource code='sfsjs_si_raw1' type='raw' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:void, #nSubMenu2:void]' dependencies='si' description='A interactive simulation to build and test circuits for KS3 and 4 students' picture='sfsjs_si_raw1' name='Run Simple Circuits' fileName='Simple Circuits - Run' />
<resource code='sfsjs_si_ws5' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:5]' dependencies='si' description='An interactive worksheet for KS4 students on how to calculate the power dissipated in circuits' picture='sfsjs_si_ws5' name='Electrical Resistance and Power - Core' fileName='Simple Circuits - Worksheets - Electrical Resistance and Power - Core' />
<resource code='sfsjs_si_ws6' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:6]' dependencies='si' description='An interactive worksheet for KS4 students on how to calculate the power dissipated in circuits' picture='sfsjs_si_ws6' name='Electrical Resistance and Power - Extension' fileName='Simple Circuits - Worksheets - Electrical Resistance and Power - Extension' />
<resource code='sfsjs_si_ws4' type='ws' language='en' propList='[#nSelectedProg: "si", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsWorksheets, #nSubMenu2:4]' dependencies='si' description='An interactive worksheet for KS4 students on how to calculate the power dissipated in circuits' picture='sfsjs_si_ws4' name='Electrical Resistance and Power - Support' fileName='Simple Circuits - Worksheets - Electrical Resistance and Power - Support' />
</folder>
</folder>
<folder name='Module P6 The Wave Model of Radiation'>
<folder name='P6.1 What are waves'>
</folder>
<folder name='P6.2 Why do scientists think that light and sound are waves'>
</folder>
<folder name='P6.3 Do all types of electromagnetic radiation behave in the same way'>
</folder>
<folder name='P6.4 How is information added to a wave'>
</folder>
</folder>
<folder name='Module P7 Further Physics - Observing the Universe'>
<folder name='P7.1 How do astronomers observe the sky'>
<resource code='sfsjs_ea_act2' type='act' language='en' propList='[#nSelectedProg: "ea", #nNewWindow:0, #nSubMenu1:#nProgrammeSubMenuItemsActivities, #nSubMenu2:2]' dependencies='ea' description='A student activity in which they work out the reasons for the seasons. For Key Stage 3 students.' picture='sfsjs_ea_act2' name='Explaining the Seasons' fileName='Earth in Space - Activities - Explaining the Seasons' />
<resource code='sfsjs_