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AQA Physics GCSE
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Additional Science
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Physics 2
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How can we describe the way things move?
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How do we make things speed up or slow down?
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What happens to the movement energy when things speed up or slow down?
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What is momentum?
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What is static electricity, how can it be used and what is the connection between static electricity and electric currents?
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What does the current through an electrical circuit depend on?
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What is mains electricity and how can it be used safely?
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Why do we need to know the power of electrical appliances?
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What happens to radioactive substances when they decay?
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What are nuclear fission and nuclear fusion?
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Physics
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Physics 1a
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How is heat (thermal energy) transferred and what factors affect the rate at which heat is transferred?
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What is meant by the efficient use of energy?
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Why are electrical devices so useful?
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How should we generate the electricity we need?
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Physics 1b
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What are the uses and hazards of the waves that form the electromagnetic spectrum?
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What are the uses and dangers of emissions from radioactive substances?
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What do we know about the origins of the Universe and how it continues to change?
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Physics 2
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How can we describe the way things move?
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How do we make things speed up or slow down?
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What happens to the movement energy when things speed up or slow down?
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What is momentum?
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What is static electricity, how can it be used and what is the connection between static electricity and electric currents?
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What does the current through an electrical circuit depend on?
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What is mains electricity and how can it be used safely?
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Why do we need to know the power of electrical appliances?
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What happens to radioactive substances when they decay?
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What are nuclear fission and nuclear fusion?
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Physics 3
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How do forces have a turning effect?
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What keeps bodies moving in a circle?
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What provides the centripetal force for planets and satellites?
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What do mirrors and lenses do to light?
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What is sound?
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What is ultrasound and how can it be used?
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How can electricity be used to make things move?
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How do generators work?
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How do transformers work?
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What is the life history of stars?
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Science A
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Physics 1a
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How is heat (thermal energy) transferred and what factors affect the rate at which heat is transferred?
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What is meant by the efficient use of energy?
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Why are electrical devices so useful?
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How should we generate the electricity we need?
-
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Physics 1b
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What are the uses and hazards of the waves that form the electromagnetic spectrum?
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What are the uses and dangers of emissions from radioactive substances?
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What do we know about the origins of the Universe and how it continues to change?
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Science B
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Physics 1a
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How is heat (thermal energy) transferred and what factors affect the rate at which heat is transferred?
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What is meant by the efficient use of energy?
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Why are electrical devices so useful?
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How should we generate the electricity we need?
-
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Physics 1b
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What are the uses and hazards of the waves that form the electromagnetic spectrum?
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What are the uses and dangers of emissions from radioactive substances?
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What do we know about the origins of the Universe and how it continues to change?
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Edexcel Physics GCSE (360Science)
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Science
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P1a
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9 Producing and Measuring Electricity
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9.1
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9.2
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9.3
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9.4
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9.5
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9.6
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9.7
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9.8
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9.9
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9.10
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9.11
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9.12
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9.13
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9.14
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9.15
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9.16
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10 You're in Charge
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10.1
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10.2
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10.3
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10.4
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10.5
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10.6
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10.7
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10.8
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10.9
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10.10
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10.11
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10.12
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P1b
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11 Now You See it, Now You Don't
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11.1
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11.2
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11.3
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11.4
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11.5
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11.6
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11.7
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11.8
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11.9
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11.10
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11.11
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11.12
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11.13
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11.14
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11.15
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11.16
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11.17
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11.18
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11.19
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12 Space and its Mysteries
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12.1
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12.2
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12.3
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12.4
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12.5
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12.6
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12.7
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12.8
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12.9
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12.10
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12.11
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12.12
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12.13
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12.14
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12.15
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12.16
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12.17
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12.18
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12.19
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12.20
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P2
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9 As Fast as You Can!
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10 Roller Coasters and Relativity
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11 Putting Radiation to Use
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12 Power of the Atom
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P3
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5 Particles in Action
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6 Medical Physics
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Additional Science
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P1a
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9 Producing and Measuring Electricity
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10 You're in Charge
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P1b
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11 Now You See it, Now You Don't
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12 Space and its Mysteries
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P2
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9 As Fast as You Can!
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9.1
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9.2
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9.3
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9.4
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9.5
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9.6
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9.7
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9.8
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9.9
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9.10
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9.11
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9.12
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9.13
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9.14
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9.15
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9.16
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9.17
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9.18
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9.19
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9.20
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9.21
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10 Roller Coasters and Relativity
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10.1
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10.2
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10.3
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10.4
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10.5
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10.6
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10.7
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10.8
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10.9
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10.10
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10.11
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10.12
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10.13
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10.14
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11 Putting Radiation to Use
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11.1
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11.2
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11.3
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11.4
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11.5
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11.6
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11.7
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11.8
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11.9
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11.10
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11.11
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11.12
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11.13
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11.14
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11.15
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11.16
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12 Power of the Atom
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12.1
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12.2
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12.3
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12.4
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12.5
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12.6
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12.7
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12.8
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12.9
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12.10
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12.11
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12.12
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12.13
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12.14
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12.15
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12.16
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12.17
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P3
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5 Particles in Action
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6 Medical Physics
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Physics
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P1a
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9 Producing and Measuring Electricity
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9.1
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9.2
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9.3
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9.4
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9.5
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9.6
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9.7
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9.8
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9.9
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9.10
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9.11
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9.12
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9.13
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9.14
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9.15
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9.16
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10 You're in Charge
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10.1
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10.2
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10.3
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10.4
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10.5
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10.6
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10.7
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10.8
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10.9
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10.10
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10.11
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10.12
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P1b
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11 Now You See it, Now You Don't
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11.1
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11.2
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11.3
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11.4
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11.5
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11.6
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11.7
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11.8
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11.9
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11.10
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11.11
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11.12
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11.13
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11.14
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11.15
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11.16
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11.17
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11.18
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11.19
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12 Space and its Mysteries
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12.1
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12.2
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12.3
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12.4
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12.5
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12.6
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12.7
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12.8
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12.9
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12.10
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12.11
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12.12
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12.13
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12.14
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12.15
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12.16
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12.17
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12.18
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12.19
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12.20
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P2
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9 As Fast as You Can!
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9.1
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9.2
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9.3
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9.4
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9.5
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9.6
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9.7
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9.8
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9.9
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9.10
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9.11
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9.12
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9.13
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9.14
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9.15
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9.16
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9.17
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9.18
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9.19
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9.20
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9.21
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10 Roller Coasters and Relativity
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10.1
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10.2
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10.3
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10.4
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10.5
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10.6
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10.7
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10.8
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10.9
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10.10
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10.11
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10.12
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10.13
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10.14
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11 Putting Radiation to Use
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11.1
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11.2
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11.3
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11.4
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11.5
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11.6
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11.7
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11.8
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11.9
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11.10
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11.11
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11.12
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11.13
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11.14
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11.15
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11.16
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12 Power of the Atom
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12.1
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12.2
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12.3
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12.4
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12.5
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12.6
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12.7
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12.8
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12.9
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12.10
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12.11
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12.12
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12.13
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12.14
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12.15
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12.16
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12.17
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P3
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5 Particles in Action
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5.1
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5.2
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5.3
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5.4
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5.5
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5.6
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5.7
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5.8
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5.9
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5.10
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5.11
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5.12
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5.13
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5.14
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5.15
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5.16
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5.17
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5.18
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5.19
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5.20
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5.21
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5.22
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5.23
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5.24
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5.25
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5.26
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5.27
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5.28
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5.29
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5.30
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5.31
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5.32
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5.33
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5.34
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6 Medical Physics
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6.1
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6.2
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6.3
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6.4
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6.5
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6.6
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6.7
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6.8
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6.9
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6.10
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6.11
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6.12
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6.13
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6.14
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6.15
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6.16
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6.17
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6.18
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6.19
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6.20
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6.21
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6.22
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6.23
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6.24
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6.25
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OCR 21st Century Physics GCSE
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Science A
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P1 The Earth in the Universe
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P1.1 What do we know about the Earth and Space?
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P1.2 How have the Earth's continents moved, and with what consequences?
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P1.3 What is known about stars and galaxies?
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P1.4 How do scientists develop explanations of the Earth and Space?
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P2 Radiation and Life
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P2.1 What types of electromagnetic radiation are there? What happens when radiation hits an object?
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P2.2 Which types of electromagnetic radiation harm living tissue and why?
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P2.3 How does electromagnetic radiation make life on earth possible?
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P2.4 What is the evidence for global warming? Why might it be occurring, and how serious a threat is it?
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What ideas about risk do citizens and scientists have?
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P3 Radioactive Materials
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P3.1 Why are some materials radioactive?
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P3.2 How can radioactive materials be used and handled safely, including wastes?
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P3.3 How should electricity be generated? What can be done with nuclear wastes?
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What are the health risks from radioactive materials?
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P4 Explaining Motion
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P5 Electric Circuits
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P6 The Wave Model of Radiation
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P7 Further Physics - Observing the Universe
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Physics A
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P1 The Earth in the Universe
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P1.1 What do we know about the Earth and Space?
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P1.2 How have the Earth's continents moved, and with what consequences?
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P1.3 What is known about stars and galaxies?
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P1.4 How do scientists develop explanations of the Earth and Space?
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P2 Radiation and Life
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P2.1 What types of electromagnetic radiation are there? What happens when radiation hits an object?
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P2.2 Which types of electromagnetic radiation harm living tissue and why?
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P2.3 How does electromagnetic radiation make life on earth possible?
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P2.4 What is the evidence for global warming? Why might it be occurring, and how serious a threat is it?
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What ideas about risk do citizens and scientists have?
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P3 Radioactive Materials
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P3.1 Why are some materials radioactive?
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P3.2 How can radioactive materials be used and handled safely, including wastes?
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P3.3 How should electricity be generated? What can be done with nuclear wastes?
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What are the health risks from radioactive materials?
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P4 Explaining Motion
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P4.1 How can we describe motion?
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P4.2 What are forces?
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P4.3 What is the connection between forces and motion?
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P4.4 How can we describe motion in terms of energy changes?
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P5 Electric Circuits
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P5.1 Electric current - a flow of what?
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P5.2 What determines the size of the current in an electric circuit?
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P5.3 How do parallel and series circuits work?
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P5.4 How is mains electricity produced?
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P5.5 How much electrical energy do we use at home?
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P6 The Wave Model of Radiation
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P6.1 What are waves?
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P6.2 Why so scientists think that light and sound are waves?
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P6.3 Do all types of electromagnetic radiation behave in the same way?
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P6.4 How is information added to a wave?
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P7 Further Physics - Observing the Universe
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P7.1 How do astronomers observe the sky?
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P7.2 How does a telescope work?
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P7.3 What are the objects we see in the night sky and how far away are they?
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P7.4 What are stars?
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P7.5 How do astronomers work together?
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OCR Gateway Physics GCSE
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Science B
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P1 Energy for the home
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P1a Heating Houses
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P1b Keeping Homes Warm
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P1c How Insulation Works
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P1d Cooking with Waves
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P1e Infrared Signals
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P1f Wireless Signals
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P1g Light
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P1h Stable Earth
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P2 Living for the future
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P2a Collecting Energy from the Sun
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P2b Generating Electricity
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P2c Fuels for Power
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P2d Nuclear Radiations
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P2e Our Magnetic Field
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P2f Exploring our Solar System
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P2g Threats to Earth
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P2h The Big Bang
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P3 Forces for transport
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P4 Radiation for life
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P5 Space for Reflection
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P6 Electricity for gadgets
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Physics B
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P1 Energy for the home
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P1a Heating Houses
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P1b Keeping Homes Warm
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P1c How Insulation Works
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P1d Cooking with Waves
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P1e Infrared Signals
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P1f Wireless Signals
-
P1g Light
-
P1h Stable Earth
-
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P2 Living for the future
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P2a Collecting Energy from the Sun
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P2b Generating Electricity
-
P2c Fuels for Power
-
P2d Nuclear Radiations
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P2e Our Magnetic Field
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P2f Exploring our Solar System
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P2g Threats to Earth
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P2h The Big Bang
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P3 Forces for transport
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P3a Speed
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P3b Changing Speed
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P3c Forces and Motion
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P3d Work and Power
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P3e Energy on the Move
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P3f Crumple Zones
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P3g Falling Safely
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P3h The Energy of Games and Theme Rides
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P4 Radiation for life
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P4a Electrostatics - Sparks
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P4b Electrostatics 2: Uses of Electrostatics
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P4c Safe Electricals
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P4d Ultrasound
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P4e Treatment
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P4f What is Radioactivity?
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P4g Uses of Radioisotopes
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P4h Fission
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P5 Space for Reflection
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P5a Satellites, Gravity and Circular Motion
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P5b Vectors and Equations of Motion
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P5c Projectile Motion
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P5d Momentum
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P5e Satellite Communication
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P5f Nature of Waves
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P5g Refraction of Waves
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P5h Optics
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P6 Electricity for gadgets
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P6a Resisting
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P6b Sharing
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P6c Motors
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P6d Generating
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P6e Transforming
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P6f Charging
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P6g It's Logical
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P6h Even More Logical
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Additional Science
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P1 Energy for the home
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P2 Living for the future
-
P3 Forces for transport
-
P3a Speed
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P3b Changing Speed
-
P3c Forces and Motion
-
P3d Work and Power
-
P3e Energy on the Move
-
P3f Crumple Zones
-
P3g Falling Safely
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P3h The Energy of Games and Theme Rides
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P4 Radiation for life
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P4a Electrostatics - Sparks
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P4b Electrostatics 2: Uses of Electrostatics
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P4c Safe Electricals
-
P4d Ultrasound
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P4e Treatment
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P4f What is Radioactivity?
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P4g Uses of Radioisotopes
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P4h Fission
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P5 Space for Reflection
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P6 Electricity for gadgets
-
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