MC2 Newton's Laws Part 2

MC3 Circular Motion

MC4 Vertical Circular Motion

MC5 Projectile Motion

MC6 Momentum

MC7 Energy and Work done

Vid 1.1 Newton's Laws

Vid 1_1 Newton’s laws

Labelled: Vid 1.1 Newton's Laws

VID 1.6 Projectile Motion 1

Vid 1_6 Projectile motion part 1

Labelled: VID 1.6 Projectile Motion 1

VID 1.7 Projectile motion part 2

Vid 1_7 Projectile motion part 2

Labelled: VID 1.7 Projectile motion part 2

VID 1.8 Momentum

Vid 1_8 Momentum

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VID 1.9 Energy

VID 1_9 Energy

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Vid 1.10 Elastic collisions

VID 1_10 Elastic collisions

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Vid 1.11 Impulse

Vid 1_11 Impulse

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VID 1.12 Work done

Vid 1_12 Work done

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VId 1.13 Springs

Vid 1_13 Springs

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Vid 1.14 Spring potential energy

Vid 1_14 Spring potential energy

Labelled: Vid 1.14 Spring potential energy

Vid 1.15 Oscillating springs

Vid 1_15 Oscillating springs

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VID 2.1 Gravitational fields part 1

Vid 2_1 Gravitational fields part 1

Labelled: VID 2.1 Gravitational fields part 1

VID 2.2 Gravitational fields part 2

Vid 2_2 Gravitational fields part 2

Labelled: VID 2.2 Gravitational fields part 2

VID 2.3 Work done in a gravitational field

Vid 2_3 Gravitational Potential energy

Labelled: VID 2.3 Work done in a gravitational field

VID 2.4 Satellites

Vid 2_4 Satellites

Labelled: VID 2.4 Satellites

VID 2.5 Introduction to electric fields

Vid 2_5 Introduction to electric fields

Labelled: VID 2.5 Introduction to electric fields

VID 2.6 Charged particles within Electric fields

Vid 2_6 Forces on charged particles within electric fields

Labelled: VID 2.6 Charged particles within Electric fields

VID 2.7 Coulomb's Law

Vid 2_7 Coulomb’s law

Labelled: VID 2.7 Coulomb's Law

VID 2.8 Introduction to magnetic fields

Vid 2_8 Introduction to magnetic fields

Labelled: VID 2.8 Introduction to magnetic fields

VID 2.9 Magnetic fields created by current carrying wires

Vid 2_9 Magnetic fields created by current carrying wires

Labelled: VID 2.9 Magnetic fields created by current carrying wires

VID 2.10 Magnetic force on charged objects

Vid 2_10 Magnetic force on charged objects

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VID 2.11 DC Motors

Vid 2_11 DC Motors

Labelled: VID 2.11 DC Motors

VID 2.12 Application of fields

Vid 2_12 Applications of Fields

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VID 3.1 Magnetic flux and induced EMF

Vid 3_1 Magnetic flux and induced EMF

Labelled: VID 3.1 Magnetic flux and induced EMF

VID 3.2 Induced EMF from a change in magnetic flux

Vid 3_2 induced EMF from a change in magnetic flux

Labelled: VID 3.2 Induced EMF from a change in magnetic flux

VID 3.3 Lenz's Law

Vid 3_3 Lenz’s law

Labelled: VID 3.3 Lenz's Law

VID 3.4 Electrical power generators

Vid 3_4 Electrical power generators

Labelled: VID 3.4 Electrical power generators

VID 3.5 Photovoltaic Cells

VID 3.5 Photovoltaic Cells

Labelled: VID 3.5 Photovoltaic Cells

VID 4.1 Properties of mechanical waves

Vid 4_1 Properties of mechanical waves

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VID 4.2 Calculations with mechanical waves

Vid 4_2 Calculations with mechanical waves

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VID 4.3 Wave Interactions Additional Worksheet

Vid 4_3 Wave interactions

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VID 4.4 Standing waves

Vid 4_4 Standing waves

Labelled: 4.4 Standing waves

VID 4.4 Standing Waves Additional Worksheet

VID 4.4 Standing Waves Additional Worksheet

Labelled VID 4.4 Standing Waves Additional Worksheet

VID 5.1 Light as a wave 1

Vid 5_1 Light as a wave 1

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VID 5.2 Light as a wave 2

Vid 5_2 Light as a wave 2

Labelled: 5.2 Light as a wave 2

VID 5.3 Dual nature of light

Vid 5_3 Dual nature of light

Labelled: 5.3 Dual nature of light

VID 5.4 Quantum nature of light and matter

Vid 5_4 Quantum nature of light and matter

VID 5.4 Additional Worksheet - Quantum nature of light and matter

VID 5.4: Additional Worksheet - Quantum nature of light and matter

Labelled: VID 5.4 Additional Worksheet - Quantum nature of light and matter

VID 6.1 Classsical physics

Vid 6_1 Classical physics

Labelled: VID 6.1 Classical physics

VID 6.2 Introduction to special relativity

VID 6_2 Introduction to special relativity n

VID 6.3 Time Dilation

Vid 6.3 Time dilation

Labelled: VID 6.2 Introduction to special relativity

Labelled: VID 6.3 Dilated time

VID 6.4 Length Contraction

Vid 6.4 Length Contraction

Labelled: VID 6.4 Length Contraction

Vid 6_5 Einstein’s Mass energy formula

VID 6.5 Einstein's mass energy relationship

Labelled: VID 6.5 Einstein's mass energy relationship

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