Physics lesson packs

Measuring length, volume and time

Core

1.1

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Scalars and vectors

Extended

1.1

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Resultant of perpendicular vectors

Extended

1.1

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Speed and velocity

Core

1.2

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Distance-time and speed-time graphs

Core

1.2

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Acceleration of free fall

Core

1.2

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Acceleration, deceleration and gradients

Extended

1.2

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Terminal velocity

Extended

1.2

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Mass and weight

Core

1.3

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Resultant forces

Core

1.5.1

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Hooke’s law

Core

1.5.1

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Newton’s second law (F = ma)

Extended

1.5.1

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Circular motion

Extended

1.5.1

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Friction and drag

Core

1.5.1

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Moments

Core

1.5.2

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Centre of gravity

Core

1.5.3

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Density and floating

Core

1.4

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Measuring density

Core

1.4

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Momentum and conservation

Extended

1.6

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Impulse and force

Extended

1.6

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Energy stores and transfers

Core

1.7.1

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Kinetic energy (KE = ½mv²)

Extended

1.7.1

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Gravitational potential energy (ΔPE = mgΔh)

Extended

1.7.1

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Work done (W = Fd)

Core

1.7.2

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Energy resources

Core

1.7.3

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Efficiency

Extended

1.7.3

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Power (P = W/t)

Core

1.7.4

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Pressure (p = F/A) and its applications

Core

1.8

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Pressure in liquids (Δp = ρgΔh)

Extended

1.8

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States of matter (solid, liquid, gas)

Core

2.1.1

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Brownian motion

Core

2.1.2

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Gas pressure and temperature

Core

2.1.2

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Temperature scales (Celsius and kelvin)

Core

2.1.3

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Boyle’s law (pV = constant)

Extended

2.1.3

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Thermal expansion

Core

2.2.1

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Specific heat capacity (E = mcΔθ)

Extended

2.2.2

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Changes of state

Core

2.2.3

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Evaporation and cooling

Extended

2.2.3

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Conduction

Core

2.3.1

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Convection

Core

2.3.2

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Thermal radiation

Core

2.3.3

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Energy balance and equilibrium

Extended

2.3.3

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Applications of thermal energy transfer

Core

2.3.4

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Wave features (wavelength, amplitude, frequency)

Core

3.1

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The wave equation (v = fλ)

Core

3.1

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Transverse and longitudinal waves

Core

3.1

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Reflection, refraction and diffraction of waves

Core

3.1

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Diffraction in depth

Extended

3.1

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Reflection of light

Core

3.2.1

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Refraction of light

Core

3.2.2

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Total internal reflection

Core

3.2.2

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Refractive index

Extended

3.2.2

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Optical fibres

Extended

3.2.2

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The converging lens

Core

3.2.3

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Correcting short and long sight

Extended

3.2.3

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Dispersion of light

Core

3.2.4

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The electromagnetic spectrum

Core

3.3

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Harmful effects of EM radiation

Core

3.3

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Digital and analogue signals

Extended

3.3

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Sound as a longitudinal wave

Core

3.4

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Speed of sound and echoes

Core

3.4

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Loudness and pitch

Core

3.4

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Ultrasound

Extended

3.4

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Magnetic poles and forces

Core

4.1

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Magnetic materials, soft and hard

Core

4.1

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Magnetic fields and field lines

Core

4.1

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Electric charge

Core

4.2.1

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Electric fields

Extended

4.2.1

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Electric current

Core

4.2.2

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Current as charge flow (I = Q / t)

Extended

4.2.2

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EMF and potential difference

Core

4.2.3

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Resistance (R = V / I)

Core

4.2.4

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Current-voltage graphs

Extended

4.2.4

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Electrical power and energy

Core

4.2.5

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Kilowatt-hours and the cost of electricity

Core

4.2.5

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Circuit symbols and components

Core

4.3.1

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Series circuits

Core

4.3.2

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Parallel circuits

Core

4.3.2

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Potential dividers

Extended

4.3.3

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Electrical hazards

Core

4.4

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The mains circuit, fuses and earthing

Core

4.4

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Electromagnetic induction

Core

4.5.1

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The A.C. generator

Core

4.5.2

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The magnetic effect of a current

Core

4.5.3

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The motor effect

Core

4.5.4

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The D.C. motor

Core

4.5.5

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Transformers

Core

4.5.6

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Transformer equations and transmission

Extended

4.5.6

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Atomic structure

Core

5.1.1

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The alpha-scattering experiment

Extended

5.1.1

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Protons, neutrons and nuclide notation

Core

5.1.2

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Isotopes

Core

5.1.2

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Nuclear fission and fusion

Extended

5.1.2

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Background radiation

Core

5.2.1

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Alpha, beta and gamma radiation

Core

5.2.2

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Deflection of radiation in fields

Extended

5.2.2

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Radioactive decay equations

Core

5.2.3

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Half-life

Core

5.2.4

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Applications of radioactivity

Extended

5.2.4

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Safety with ionising radiation

Core

5.2.5

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The Earth, day, night and seasons

Core

6.1.1

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Orbital speed

Extended

6.1.1

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The Solar System

Core

6.1.2

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Formation of the Solar System

Core

6.1.2

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Elliptical orbits and energy

Extended

6.1.2

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The Sun as a star

Core

6.2.1

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Galaxies and light-years

Core

6.2.2

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The life cycle of a star

Extended

6.2.2

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Redshift and the Big Bang

Core

6.2.3

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The cosmic microwave background

Extended

6.2.3

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