GCSE Physics and GCSE Combined Science (Physics) Equations List - 1PH0 1SC0 - May-June 2024 Assessment Window

Oct 20, 2026

Uploaded by Đào

Pearson Edexcel GCSE (9–1) Physics and GCSE Combined Science (Physics) equations list for the May–June 2024 assessment window, covering both standard and higher-tier (HT) requirements. Includes core relationships for kinematics (distance, acceleration), dynamics (force, weight, momentum), energy and power, and wave parameters. Also provides electrical and thermal equations, density, spring and work-energy forms, and transformer and magnetism relations. Additional equations extend to pressure, moments of forces, and gas laws.

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GCSE Physics and GCSE Combined Science (Physics) Equations List

Assessment window and syllabus references

Core physics equations (kinematics, forces, energy, waves)

Electrical, thermal, spring, and magnetism equations

Additional equations for GCSE (9–1) Physics

Pearson Edexcel Level 1/Level 2 GCSE (9–1) May–June 2024 Assessment Window | | Syllabus
reference | | --- | --- | | GCSE Physics and
GCSE Combined Science (Physics)
Equations List | | 1PH0 1SC0 You are not permitted to take this notice into the examination. A version of this equation list will be included with the May-June 2024 question papers. This document is valid if downloaded from the Pearson Qualifications website. W81165A ©2024 Pearson Education Ltd. 1/ *W81165A* Continue If you’re taking GCSE (9–1) Combined Science or GCSE (9–1) Physics, you will need these equations: HT = higher tier | distance travelled = average speed × time | | | --- | --- | | acceleration = change in velocity ÷ time taken | 􀀝 v 􀀞u 􀀜 a ~~ ~~
t | | force = mass × acceleration | F = m × a | | weight = mass × gravitational field strength | W = m × g | | HT momentum = mass × velocity | p = m × v | | change in gravitational potential energy = mass × gravitational field strength × change in vertical height | ∆GPE = m × g × ∆h | | kinetic energy = 1/2 × mass × (speed)2 | KE 1 􀀞 m 􀀞 v 2 2 | | useful energy transferred by the device 􀀞 efficiency = total energy supplied to the device 􀀞 | | | wave speed = frequency × wavelength | v = f × λ | | wave speed = distance ÷ time | v =
x
t | | work done = force × distance moved in the direction of the force | E = F × d | | power = work done ÷ time taken | P = Et | | energy transferred = charge moved × potential difference | E = Q × V | | charge = current × time | Q = I × t | | potential difference = current × resistance | V = I × R | | power = energy transferred ÷ time taken | P = Et | | electrical power = current × potential difference | P = I × V | | electrical power = (current)2 × resistance | P = I 2 × R | | density = mass ÷ volume | m
􀀞 ~~ ~~V | W81165A 2 Continue | force exerted on a spring = spring constant × extension | F = k × x | | --- | --- | | (final velocity)2 –(initial velocity)2 = 2 × acceleration × distance | v2 − u2 = 2 × a × x | | HT force = change in momentum ÷ time | F 􀀝 mv 􀀞mu􀀜
t | | energy transferred = current × potential difference × time | E = I × V × t | | HT
force on a conductor at right angles to a magnetic field
carrying a current = magnetic flux density × current × length | F = B × I × l | | For transformers with 100% efficiency, potential difference across primary coil × current in primary coil = potential difference across secondary coil × current in secondary coil | VP × IP = VS × IS | | change in thermal energy = mass × specific heat capacity × change in temperature | ∆Q = m × c × ∆θ | | thermal energy for a change of state = mass × specific latent heat | Q = m × L | | energy transferred in stretching = 0.5 × spring constant ×(extension)2 | E ~~ ~~12 􀀞k 􀀞 x 2 | If you’re taking GCSE (9–1) Physics, you also need these extra equations: | moment of a force = force × distance normal to the direction of the force | | | --- | --- | | pressure = force normal to surface ÷ area of surface | P = FA | | potential difference across primary coil number of turns in primary coil HT potential difference across secondary coil = numbeu r of turns in secondary coil | V N
p p
~~ ~~ = ~~ ~~
V N
S S | | to calculate pressure or volume for gases of fixed mass at constant temperature | P1 × V1 = P2 × V2 | | HT
pressure due to a column of liquid = height of column × density of liquid × gravitational field strength | P = h × ρ × g | END OF EQUATION LIST W81165A 3

FAQs

What equations list is provided for May–June 2024?

A Pearson Edexcel equations list for GCSE (9–1) GCSE Physics and GCSE Combined Science (Physics), referenced as 1PH0/1SC0, to support the May–June 2024 assessment window.

Are higher-tier (HT) equations included?

Yes. The list marks which equations apply to higher tier (HT), such as HT momentum and HT force relationships.

What physics topics do the included equations cover?

The document covers kinematics, forces and momentum, energy and power, waves, electrical quantities, density, thermal energy, springs, transformers/magnetism, and additional areas like pressure, moments, and gas laws.

Oct 20, 2026

Uploaded by Đào