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Igcse Physics
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Curriculum
Igcse Physics
1. Motion, Forces and Energy
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1.1 Physical Quantities AND Measurement Techniques
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1.1 Photosynthesis — Question Bank (Cambridge)
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1.1 The human respiratory system — Question Bank (Cambridge)
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1.1 Plant cells — Question Bank (Cambridge)
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1.1 Physical Quantities AND Measurement Techniques — Past papers
10 questions
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1.1 Physical Quantities and Measurement Techniques (Part 1)
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1.1 Physical Quantities and Measurement Techniques (Part 2)
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1.1.1 Measurement
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1.1.2 Scalars and Vectors
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1.1.2 Scalars and Vectors - Check yourself
6 questions
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1.1.3 Calculating with Vectors
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1.1.3 Calculating with Vectors - Check yourself
6 questions
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1.2 MOTION
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1.2 More about photosynthesis — Question Bank (Cambridge)
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1.2 Gas exchange — Question Bank (Cambridge)
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1.2 Animal cells — Question Bank (Cambridge)
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1.2 MOTION — Past papers
10 questions
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1.2 Motion (Part 1)
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1.2 Motion (Part 2)
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1.2 Motion (Part 3)
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1.2 Motion (Part 4)
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1.2 Motion (Part 5)
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1.2.1 Speed and Velocity
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1.2.1 Speed and Velocity - Check yourself
6 questions
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1.2.2 Acceleration
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1.2.2 Acceleration - Check yourself
6 questions
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1.2.3 Distance-Time Graphs
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1.2.3 Distance-Time Graphs - Check yourself
6 questions
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1.2.4 Speed-Time Graphs
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1.2.4 Speed-Time Graphs - Check yourself
6 questions
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1.2.5 Calculating Acceleration from Speed-Time Graphs
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1.2.5 Calculating Acceleration from Speed-Time Graphs - Check yourself
6 questions
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1.2.6 Freefall
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1.2.6 Freefall - Check yourself
6 questions
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1.3 MASS AND Weight
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1.3 The carbon cycle — Question Bank (Cambridge)
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1.3 Breathing — Question Bank (Cambridge)
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1.3 Specialised cells — Question Bank (Cambridge)
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1.3 MASS AND WEIGHT — Past papers
10 questions
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1.3 Mass, Weight and Density (Part 1)
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1.3 Mass, Weight and Density (Part 2)
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1.3 Mass, Weight and Density (Part 3)
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1.3.3 Measuring Density
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1.3.3 Measuring Density - Check yourself
6 questions
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1.3.4 Floating
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1.3.4 Floating - Check yourself
6 questions
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1.4 DENSITY
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3.1 Density — Question Bank (Cambridge)
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1.4 Climate change — Question Bank (Cambridge)
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1.4 Respiration — Question Bank (Cambridge)
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1.4 Cells tissues and organs — Question Bank (Cambridge)
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1.4 DENSITY — Past papers
10 questions
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1.4 Effects of Forces (Part 1)
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1.4 Effects of Forces (Part 2)
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1.4 Effects of Forces (Part 3)
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1.4 Effects of Forces (Part 4)
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1.4.1 Resultant Forces
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1.4.1 Resultant Forces - Check yourself
6 questions
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1.4.2 Newton's First Law
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1.4.2 Newton's First Law - Check yourself
6 questions
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1.4.3 Newton's Second Law
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1.4.3 Newton's Second Law - Check yourself
6 questions
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1.4.4 Investigating Force and Extension
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1.4.4 Investigating Force and Extension - Check yourself
6 questions
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1.4.5 Hooke's Law
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1.4.5 Hooke's Law - Check yourself
6 questions
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1.4.6 Circular Motion
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1.4.6 Circular Motion - Check yourself
6 questions
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1.4.7 Friction
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1.4.7 Friction - Check yourself
6 questions
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1.5 Moments (Part 1)
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1.5 Moments (Part 2)
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1.5 Moments (Part 3)
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1.5.1 Effects OF Forces
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5.1 Reactivity and displacement — Question Bank (Cambridge)
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5.1 The structure of the atom — Question Bank (Cambridge)
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1.5 Blood — Question Bank (Cambridge)
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5.1 Metals and nonmetals — Question Bank (Cambridge)
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1.5.1 Effects OF Forces — Past papers
10 questions
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1.5.1 Moments
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1.5.1 Moments - Check yourself
6 questions
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1.5.2 Turning Effect OF Forces
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5.2 Using the reactivity series — Question Bank (Cambridge)
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5.2 Purity — Question Bank (Cambridge)
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5.2 Comparing metals and nonmetals — Question Bank (Cambridge)
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1.5.2 Turning Effect OF Forces — Past papers
10 questions
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1.5.2 Equilibrium
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1.5.2 Equilibrium - Check yourself
6 questions
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1.5.3 Centre OF Gravity
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5.3 Salts — Question Bank (Cambridge)
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5.3 Weather and climate — Question Bank (Cambridge)
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5.3 Metal mixtures — Question Bank (Cambridge)
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1.5.3 Centre OF Gravity — Past papers
4 questions
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1.5.4 Investigating Centre of Gravity
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1.5.4 Investigating Centre of Gravity - Check yourself
6 questions
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1.6 MOMENTUM
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1.6 MOMENTUM — Past papers
10 questions
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1.6 Momentum (Part 1)
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1.6 Momentum (Part 2)
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1.6.2 Impulse
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1.6.2 Impulse - Check yourself
6 questions
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1.7 Energy, Work and Power (Part 1)
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1.7 Energy, Work and Power (Part 2)
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1.7 Energy, Work and Power (Part 3)
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1.7 Energy, Work and Power (Part 4)
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1.7.1 ENERGY
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7.1 Chromosomes genes and DNA — Question Bank (Cambridge)
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7.1 Nutrients — Question Bank (Cambridge)
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7.1 Microorganisms — Question Bank (Cambridge)
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3.5 Energy — Question Bank (Cambridge)
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3.5 Pressure between solids — Question Bank (Cambridge)
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1.7.1 ENERGY — Past papers
10 questions
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1.7.1 Energy Stores and Transfers
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1.7.1 Energy Stores and Transfers - Check yourself
6 questions
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1.7.2 Kinetic Energy
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1.7.2 Kinetic Energy - Check yourself
6 questions
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1.7.2 WORK
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7.2 Gametes and inheritance — Question Bank (Cambridge)
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7.2 A balanced diet — Question Bank (Cambridge)
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7.2 Food chains and webs — Question Bank (Cambridge)
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1.7.2 WORK — Past papers
10 questions
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1.7.3 Gravitational Potential Energy
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1.7.3 Gravitational Potential Energy - Check yourself
6 questions
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1.7.3 Energy Resources
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7.3 Variation — Question Bank (Cambridge)
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7.3 Growth development and health — Question Bank (Cambridge)
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7.3 Microorganisms and decay — Question Bank (Cambridge)
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1.7.3 Energy Resources — Past papers
10 questions
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1.7.4 Conservation of Energy
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1.7.4 Conservation of Energy - Check yourself
6 questions
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1.7.4 POWER
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7.4 Natural selection — Question Bank (Cambridge)
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7.4 Moving the body — Question Bank (Cambridge)
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7.4 Microorganisms in food webs — Question Bank (Cambridge)
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1.7.4 POWER — Past papers
10 questions
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1.7.5 Work Done
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1.7.5 Work Done - Check yourself
6 questions
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1.7.7 Efficiency
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1.7.7 Efficiency - Check yourself
6 questions
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1.8 PRESSURE
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1.8 Pressure — Supplementary practice (3 questions)
3 questions
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1.8 PRESSURE — Past papers
10 questions
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1.8 Energy Sources (Part 1)
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1.8 Energy Sources (Part 2)
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1.8 Energy Sources (Part 3)
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1.8.1 Energy from the Sun
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1.8.1 Energy from the Sun - Check yourself
6 questions
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1.8.2 Energy from Fuels
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1.8.2 Energy from Fuels - Check yourself
6 questions
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1.8.3 Energy from Water
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1.8.3 Energy from Water - Check yourself
6 questions
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1.8.4 Geothermal Energy
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1.8.4 Geothermal Energy - Check yourself
6 questions
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1.8.5 Nuclear Fusion
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1.8.5 Nuclear Fusion - Check yourself
6 questions
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1.9 Pressure (Part 1)
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1.9 Pressure (Part 2)
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1.9.1 Pressure and Forces
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1.9.1 Pressure and Forces - Check yourself
6 questions
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1.9.2 Pressure in a Liquid
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1.9.2 Pressure in a Liquid - Check yourself
6 questions
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2. Thermal Physics
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2.1 Kinetic Particle Model of Matter (Part 1)
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2.1 Kinetic Particle Model of Matter (Part 2)
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2.1 Kinetic Particle Model of Matter (Part 3)
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2.1.1 States OF Matter
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2.1 Atomic structure and the Periodic Table — Question Bank (Cambridge)
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2.1 Dissolving — Question Bank (Cambridge)
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2.1 Solids liquids and gases — Question Bank (Cambridge)
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2.1.1 States OF Matter — Past papers
9 questions
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2.1.2 Particle Model
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2.1.2 Particle Model — Past papers
15 questions
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2.1.2 Molecular Matter
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2.1.2 Molecular Matter - Check yourself
6 questions
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2.1.3 Particle Model of Gases
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2.1.3 Particle Model of Gases - Check yourself
6 questions
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2.1.3 Gases AND THE Absolute Scale OF Temperature
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2.1.3 Gases AND THE Absolute Scale OF Temperature — Past papers
10 questions
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2.1.4 Brownian Motion
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2.1.4 Brownian Motion - Check yourself
6 questions
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2.1.5 Gases and Absolute Temperature
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2.1.5 Gases and Absolute Temperature - Check yourself
6 questions
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2.2 Thermal Properties and Temperature (Part 1)
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2.2 Thermal Properties and Temperature (Part 2)
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2.2 Thermal Properties and Temperature (Part 3)
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2.2.1 Thermal Expansion OF Solids, Liquids AND Gases
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2.2 Trends in Groups — Question Bank (Cambridge)
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2.2 Solutions and solubility — Question Bank (Cambridge)
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2.2 Changes of state — Question Bank (Cambridge)
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2.2.1 Thermal Expansion OF Solids, Liquids AND Gases — Past papers
10 questions
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2.2.1 Thermal Expansion
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2.2.1 Thermal Expansion - Check yourself
6 questions
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2.2.2 Specific HEAT Capacity
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2.2.2 Specific HEAT Capacity — Past papers
10 questions
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2.2.3 Investigating Specific Heat Capacity
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2.2.3 Investigating Specific Heat Capacity - Check yourself
6 questions
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2.2.3 Melting, Boiling AND Evaporation
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2.3 Why elements react — Question Bank (Cambridge)
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2.3 Planning a solubility investigation — Question Bank (Cambridge)
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2.3 Explaining changes of state — Question Bank (Cambridge)
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2.2.3 Melting, Boiling AND Evaporation — Past papers
10 questions
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2.2.4 Melting and Boiling
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2.2.4 Melting and Boiling - Check yourself
6 questions
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2.2.5 Evaporation
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2.2.5 Evaporation - Check yourself
6 questions
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2.3 Transfer of Thermal Energy (Part 1)
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2.3 Transfer of Thermal Energy (Part 2)
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2.3 Transfer of Thermal Energy (Part 3)
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2.3 Transfer of Thermal Energy (Part 4)
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2.3.1 Conduction
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3.1 Forces and motion — Question Bank (Cambridge)
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3.1 Gravity weight and mass — Question Bank (Cambridge)
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2.3.1 CONDUCTION — Past papers
10 questions
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2.3.1 Demonstrating Conduction
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2.3.1 Demonstrating Conduction - Check yourself
6 questions
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2.3.2 Convection
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3.2 Heat and temperature — Question Bank (Cambridge)
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3.2 Speed — Question Bank (Cambridge)
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3.2 Formation of the Solar System — Question Bank (Cambridge)
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2.3.2 CONVECTION — Past papers
10 questions
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2.3.2 Thermal Conduction
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2.3.2 Thermal Conduction - Check yourself
6 questions
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2.3.3 Radiation
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3.3 Conservation of energy — Question Bank (Cambridge)
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3.3 Describing movement — Question Bank (Cambridge)
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3.3 Movement in space — Question Bank (Cambridge)
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2.3.3 RADIATION — Past papers
10 questions
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2.3.4 Consequences OF Thermal Energy Transfer
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3.4 Moving from hot to cold — Question Bank (Cambridge)
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3.4 Turning forces — Question Bank (Cambridge)
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3.4 Tides — Question Bank (Cambridge)
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2.3.4 Consequences OF Thermal Energy Transfer — Past papers
9 questions
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2.3.5 The Greenhouse Effect
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2.3.5 The Greenhouse Effect - Check yourself
6 questions
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2.3.6 Investigating IR Radiation
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2.3.6 Investigating IR Radiation - Check yourself
6 questions
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2. Thermal Physics - Unit review (50 questions)
39 questions
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3. Waves
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3. Waves (Part 1)
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3. Wave properties and sound — Supplementary practice (10 questions)
10 questions
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3.1 General Properties OF Waves
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3.1 General Properties OF Waves — Past papers
10 questions
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3.1 General Properties of Waves (Part 1)
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3.1 General Properties of Waves (Part 2)
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3.1 General Properties of Waves (Part 3)
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3.1.1 Features of Waves
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3.1.1 Features of Waves - Check yourself
14 questions
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3.1.2 The Wave Equation
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3.1.2 The Wave Equation - Check yourself
6 questions
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3.1.3 Transverse and Longitudinal Waves
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3.1.3 Transverse and Longitudinal Waves - Check yourself
6 questions
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3.1.4 Wave Behaviour
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3.1.4 Wave Behaviour - Check yourself
6 questions
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3.1.5 Ripple Tank
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3.1.5 Ripple Tank - Check yourself
6 questions
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3.2 Light (Part 1)
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3.2 Light (Part 2)
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3.2 Light (Part 3)
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3.2 Light (Part 4)
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3.2 Light (Part 5)
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3.2 Light (Part 6)
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3.2.1 Reflection OF Light
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3.2.1 Reflection OF Light — Past papers
10 questions
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3.2.2 Investigating Reflection
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3.2.2 Investigating Reflection - Check yourself
6 questions
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3.2.2 Refraction OF Light
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6.2 Refraction — Question Bank (Cambridge)
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3.2.2 Refraction OF Light — Past papers
10 questions
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3.2.3 THIN Lenses
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3.2.3 THIN LENSES — Past papers
10 questions
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3.2.4 Refractive Index
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3.2.4 Refractive Index - Check yourself
6 questions
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3.2.4 Dispersion OF Light
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2.4 Simple and giant structures — Question Bank (Cambridge)
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2.4 Paper chromatography — Question Bank (Cambridge)
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2.4 The water cycle — Question Bank (Cambridge)
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3.2.4 Dispersion OF Light — Past papers
10 questions
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3.2.5 Total Internal Reflection
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3.2.5 Total Internal Reflection - Check yourself
6 questions
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3.2.6 Ray Diagrams
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3.2.6 Ray Diagrams - Check yourself
6 questions
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3.2.7 Real and Virtual Images
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3.2.7 Real and Virtual Images - Check yourself
6 questions
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3.2.8 Real Images
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3.2.8 Real Images - Check yourself
6 questions
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3.2.9 Virtual Images
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3.2.9 Virtual Images - Check yourself
6 questions
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3.2.10 Correcting Sight
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3.2.10 Correcting Sight - Check yourself
6 questions
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3.3 Electromagnetic Spectrum
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3.3 Electromagnetic Spectrum — Past papers
10 questions
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3.3 Electromagnetic Spectrum (Part 1)
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3.3 Electromagnetic Spectrum (Part 2)
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3.3.1 Electromagnetic Waves
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3.3.1 Electromagnetic Waves - Check yourself
6 questions
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3.3.2 Uses of Electromagnetic Waves
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3.3.2 Uses of Electromagnetic Waves - Check yourself
6 questions
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3.3.3 Dangers of Electromagnetic Waves
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3.3.3 Dangers of Electromagnetic Waves - Check yourself
6 questions
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3.3.4 Communications
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3.3.4 Communications - Check yourself
6 questions
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3.3.5 Digital and Analogue Signals
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3.3.5 Digital and Analogue Signals - Check yourself
6 questions
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3.4 SOUND
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3.4 Sound (Part 1)
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3.4 Sound (Part 2)
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3.4 SOUND — Past papers
10 questions
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3.4.1 Sound Waves
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3.4.1 Sound Waves - Check yourself
6 questions
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3.4.2 Measuring the Speed of Sound
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3.4.2 Measuring the Speed of Sound - Check yourself
6 questions
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3.4.3 Effects of Sound Waves
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3.4.3 Effects of Sound Waves - Check yourself
6 questions
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3.4.4 Ultrasound
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3.4.4 Ultrasound - Check yourself
6 questions
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4. Electricity and Magnetism
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4.1 Simple Phenomena OF Magnetism
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4.1 Plants and water — Question Bank (Cambridge)
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4.1 The Sonoran Desert — Question Bank (Cambridge)
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4.1 Characteristics of living organisms — Question Bank (Cambridge)
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4.1 Simple Phenomena OF Magnetism — Past papers
10 questions
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4.1 Simple Phenomena of Magnetism (Part 1)
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4.1 Simple Phenomena of Magnetism (Part 2)
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4.1.1 Magnetism
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4.1.1 Magnetism - Check yourself
10 questions
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4.1.2 Magnets
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4.1.2 Magnets - Check yourself
6 questions
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4.1.3 Magnetic Fields
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4.1.3 Magnetic Fields - Check yourself
6 questions
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4.1.4 Plotting Magnetic Fields
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4.1.4 Plotting Magnetic Fields - Check yourself
6 questions
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4.2 Electrical Quantities (Part 1)
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4.2 Electrical Quantities (Part 2)
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4.2 Electrical Quantities (Part 3)
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4.2 Electrical Quantities (Part 4)
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4.2 Electrical Quantities (Part 5)
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4.2 Electrical Quantities (Part 6)
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4.2.1 Electric Charge
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4.2 Transpiration — Question Bank (Cambridge)
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4.2 Different ecosystems — Question Bank (Cambridge)
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4.2 Viruses — Question Bank (Cambridge)
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4.2.1 Electric Charge — Past papers
10 questions
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4.2.2 Electric Current
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4.2.2 Electric Current — Past papers
10 questions
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4.2.2 Demonstrating Electric Charges
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4.2.2 Demonstrating Electric Charges - Check yourself
6 questions
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4.2.3 Electromotive Force AND Potential Difference
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4.2.3 Electromotive Force AND Potential Difference — Past papers
10 questions
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4.2.3 Electric Fields
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4.2.3 Electric Fields - Check yourself
6 questions
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4.2.4 Resistance
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9.3 Resistance — Question Bank (Cambridge)
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4.2.4 RESISTANCE — Past papers
10 questions
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4.2.4 Investigating Conductors and Insulators
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4.2.4 Investigating Conductors and Insulators - Check yourself
6 questions
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4.2.5 Current
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4.2.5 Current - Check yourself
6 questions
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4.2.5 Electrical Energy AND Electrical Power
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2.5 Atoms elements and the Periodic Table — Question Bank (Cambridge)
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4.2.5 Electrical Energy AND Electrical Power — Past papers
10 questions
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4.2.6 Direct and Alternating Current
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4.2.6 Direct and Alternating Current - Check yourself
6 questions
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4.2.7 Electromotive Force
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4.2.7 Electromotive Force - Check yourself
6 questions
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4.2.8 Potential Difference
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4.2.8 Potential Difference - Check yourself
6 questions
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4.2.10 Resistance of a Wire
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4.2.10 Resistance of a Wire - Check yourself
6 questions
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4.2.11 Electrical Energy
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4.2.11 Electrical Energy - Check yourself
6 questions
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4.2.12 Electrical Power
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4.2.12 Electrical Power - Check yourself
6 questions
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4.3 Electric Circuits and Electrical Safety (Part 1)
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4.3 Electric Circuits and Electrical Safety (Part 2)
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4.3 Electric Circuits and Electrical Safety (Part 3)
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4.3.1 Circuit Diagrams AND Circuit Components
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4.3 Excretion in humans — Question Bank (Cambridge)
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4.3 Intruders in an ecosystem — Question Bank (Cambridge)
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4.3 What is a species — Question Bank (Cambridge)
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4.3.1 Circuit Diagrams AND Circuit Components — Past papers
10 questions
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4.3.2 Series AND Parallel Circuits
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9.1 Parallel circuits — Question Bank (Cambridge)
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4.3.2 Series AND Parallel Circuits — Past papers
10 questions
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4.3.2 Current in Circuits
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4.3.2 Current in Circuits - Check yourself
6 questions
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4.3.3 Action AND USE OF Circuit Components
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4.3.3 Action AND USE OF Circuit Components — Past papers
10 questions
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4.3.3 EMF and Potential Difference in Circuits
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4.3.3 EMF and Potential Difference in Circuits - Check yourself
6 questions
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4.3.4 Combined Resistance
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4.3.4 Combined Resistance - Check yourself
6 questions
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4.3.5 Potential Dividers
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4.3.5 Potential Dividers - Check yourself
6 questions
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4.4 Electrical Safety
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4.4 Keeping a fetus healthy — Question Bank (Cambridge)
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4.4 Bioaccumulation — Question Bank (Cambridge)
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4.4 Using keys — Question Bank (Cambridge)
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4.4 Electrical Safety — Past papers
10 questions
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4.4 Electromagnetic Effects (Part 1)
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4.4 Electromagnetic Effects (Part 2)
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4.4 Electromagnetic Effects (Part 3)
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4.4 Electromagnetic Effects (Part 4)
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4.4 Electromagnetic Effects (Part 5)
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4.4 Electromagnetic Effects (Part 6)
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4.4.2 Demonstrating Induction
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4.4.2 Demonstrating Induction - Check yourself
6 questions
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4.4.5 Investigating the Field Around a Wire
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4.4.5 Investigating the Field Around a Wire - Check yourself
6 questions
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4.4.7 Electric Motors
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4.4.7 Electric Motors - Check yourself
6 questions
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4.4.8 Transformers
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4.4.8 Transformers - Check yourself
6 questions
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4.4.9 Transformer Calculations
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4.4.9 Transformer Calculations - Check yourself
6 questions
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4.5.1 Electromagnetic Induction
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4.5 Constructing keys — Question Bank (Cambridge)
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4.5.1 Electromagnetic Induction — Past papers
10 questions
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4.5.2 THE A.C. Generator
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4.5.2 THE A.C. GENERATOR — Past papers
10 questions
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4.5.3 Magnetic Effect OF A Current
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4.5.3 Magnetic Effect OF A Current — Past papers
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4.5.4 Force ON A Current-carrying Conductor
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5.4 Other ways of making salts — Question Bank (Cambridge)
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5.4 Climate and ice ages — Question Bank (Cambridge)
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5.4 Separating mixtures — Question Bank (Cambridge)
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4.5.4 Force ON A Current-carrying Conductor — Past papers
1 questions
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4.5.5 THE D.C. MOTOR
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5.5 Rearranging atoms — Question Bank (Cambridge)
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5.5 Atmosphere and climate — Question Bank (Cambridge)
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5.5 Acids and alkalis — Question Bank (Cambridge)
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4.5.5 THE D.C. MOTOR — Past papers
10 questions
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4.5.6 THE Transformer
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5.6 Indicators and the pH scale — Question Bank (Cambridge)
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4.5.6 THE TRANSFORMER — Past papers
10 questions
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4. Electricity and Magnetism - Unit review (50 questions)
13 questions
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5. Nuclear Physics
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5. Nuclear Physics
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5. Nuclear radiation and safety — Supplementary practice (2 questions)
2 questions
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5.1 The Nuclear Model of the Atom (Part 1)
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5.1 The Nuclear Model of the Atom (Part 2)
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5.1 The Nuclear Model of the Atom (Part 3)
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5.1.1 THE ATOM
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5.1.1 THE ATOM — Past papers
10 questions
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5.1.2 THE Nucleus
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5.1.2 THE NUCLEUS — Past papers
10 questions
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5.1.3 Protons, Neutrons and Electrons
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5.1.3 Protons, Neutrons and Electrons - Check yourself
15 questions
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5.1.4 Fission and Fusion
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5.1.4 Fission and Fusion - Check yourself
6 questions
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5.2 Radioactivity (Part 1)
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5.2 Radioactivity (Part 2)
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5.2 Radioactivity (Part 3)
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5.2 Radioactivity (Part 4)
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5.2 Radioactivity (Part 5)
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5.2 Radioactivity (Part 6)
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5.2.1 Detection OF Radioactivity
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5.2.1 Detection OF Radioactivity — Past papers
10 questions
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5.2.1 Background Radiation
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5.2.1 Background Radiation - Check yourself
6 questions
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5.2.2 Types of Radiation
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5.2.2 Types of Radiation - Check yourself
6 questions
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5.2.2 THE Three Types OF Nuclear Emission
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5.2.2 THE Three Types OF Nuclear Emission — Past papers
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5.2.3 Ionising Power and Deflection
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5.2.3 Ionising Power and Deflection - Check yourself
6 questions
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5.2.3 Radioactive Decay
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5.2.3 Radioactive Decay — Past papers
10 questions
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5.2.4 HALF-LIFE
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5.2.4 HALF-LIFE — Past papers
10 questions
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5.2.5 Safety Precautions
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5.2.5 Safety Precautions — Past papers
1 questions
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5.2.6 Uses of Radiation
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5.2.6 Uses of Radiation - Check yourself
6 questions
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5.2.7 Dangers of Radiation
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5.2.7 Dangers of Radiation - Check yourself
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6. Space Physics
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6.1 Earth and The Solar System (Part 1)
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6.1 Earth and The Solar System (Part 2)
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6.1 Earth and The Solar System (Part 3)
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6.1 Earth and The Solar System (Part 4)
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6.1.1 THE EARTH
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6.1 Loudness and pitch — Question Bank (Cambridge)
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6.1 Reflections — Question Bank (Cambridge)
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6.1 Sound waves — Question Bank (Cambridge)
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6.1.1 THE EARTH — Past papers
10 questions
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6.1.1 The Earth, Moon and Sun
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6.1.1 The Earth, Moon and Sun - Check yourself
16 questions
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6.1.2 THE Solar System
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6.1.2 THE Solar System — Past papers
10 questions
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6.1.3 Formation of the Solar System
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6.1.3 Formation of the Solar System - Check yourself
6 questions
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6.1.4 Light Speed Calculations
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6.1.4 Light Speed Calculations - Check yourself
6 questions
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6.1.5 Gravitational Field Strength
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6.1.5 Gravitational Field Strength - Check yourself
6 questions
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6.1.6 Orbital Speed Equation
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6.1.6 Orbital Speed Equation - Check yourself
6 questions
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6.1.7 Elliptical Orbits
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6.1.7 Elliptical Orbits - Check yourself
6 questions
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6.2 Stars and The Universe (Part 1)
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6.2 Stars and The Universe (Part 2)
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6.2 Stars and The Universe (Part 3)
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6.2 Stars and the Universe — Supplementary practice (15 questions)
15 questions
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6.2.1 THE SUN AS A STAR
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6.2 Interference of sound — Question Bank (Cambridge)
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6.2 Reflections of sound — Question Bank (Cambridge)
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6.2.1 THE SUN AS A STAR — Past papers
1 questions
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6.2.2 STARS
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6.2.2 STARS — Past papers
10 questions
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6.2.2 The Scale of the Universe
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6.2.2 The Scale of the Universe - Check yourself
6 questions
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6.2.3 Star Formation
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6.2.3 Star Formation - Check yourself
6 questions
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6.2.3 THE Universe
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6.2.3 THE UNIVERSE — Past papers
6 questions
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6.2.4 Life Cycle of a Star
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6.2.4 Life Cycle of a Star - Check yourself
6 questions
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6.2.5 Galactic Redshift
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6.2.5 Galactic Redshift - Check yourself
6 questions
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6.2.6 The Big Bang Theory
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6.2.6 The Big Bang Theory - Check yourself
6 questions
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6.2.7 Age of the Universe
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6.2.7 Age of the Universe - Check yourself
6 questions
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Quiz
1.8.5 Nuclear Fusion – Check yourself
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Questions count:
6
Passing grade:
B+
Time limit:
10 minutes
Start Quiz
1.
The energy of the Sun comes from
burning hydrogen gas
nuclear fission
chemical reactions
nuclear fusion
2.
Why are very high temperatures needed for fusion?
to overcome electrostatic repulsion between nuclei
to melt the nuclei
to make nuclei bigger
to cool the plasma
3.
Which is a main fuel for a fusion reactor on Earth?
Uranium-235
Coal
Deuterium
Plutonium
4.
A difference between fusion and fission is that fusion
splits heavy nuclei
joins light nuclei
needs no energy to start
produces carbon dioxide
5.
An advantage of fusion over fission is
it is already in use in all power stations
much less long-lived radioactive waste
it needs lower temperatures
it uses uranium
6.
The Sun emits 4 × 10
26
J per second. Energy in 10 s is
4 × 10
25
J
4 × 10
26
J
4 × 10
28
J
4 × 10
27
J
1
2
3
4
5
6
Questions count:
6
Passing grade:
B+
Time limit:
10 minutes
Start Quiz
1.
The energy of the Sun comes from
burning hydrogen gas
nuclear fission
chemical reactions
nuclear fusion
2.
Why are very high temperatures needed for fusion?
to overcome electrostatic repulsion between nuclei
to melt the nuclei
to make nuclei bigger
to cool the plasma
3.
Which is a main fuel for a fusion reactor on Earth?
Uranium-235
Coal
Deuterium
Plutonium
4.
A difference between fusion and fission is that fusion
splits heavy nuclei
joins light nuclei
needs no energy to start
produces carbon dioxide
5.
An advantage of fusion over fission is
it is already in use in all power stations
much less long-lived radioactive waste
it needs lower temperatures
it uses uranium
6.
The Sun emits 4 × 10
26
J per second. Energy in 10 s is
4 × 10
25
J
4 × 10
26
J
4 × 10
28
J
4 × 10
27
J
1
2
3
4
5
6
Part of
1. Motion, Forces and Energy
— see every lesson and quiz in this unit.
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