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Physics

CAIE2024

(cid:44)(cid:1)(cid:1)(cid:1)(cid:1)(cid:9)(cid:1)(cid:1)(cid:1)(cid:1)(cid:1)(cid:1)(cid:2)(cid:10)(cid:44) (c) The frequency f of the ultraviolet radiation incident on the magnesium sheet is varied between

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Physics

Edexcel2024

Gravitational field strength Gm Ideal gas equation g = r 2 pV = NkT Gravitational potential Stefan-Boltzmann law −Gm L = σAT 4 V = grav r L = 4πr2σT 4 Oscillations Wien’s law Simple harmonic motion λ T = 2.898 × 10−3 m K max F = −k x Space a = −ω2x Intensity x = A cos ωt L v = −Aω sin ωt I = 4πd 2 a = ‒Aω2 cos ωt Redshift of electromagnetic radiation

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Physics

Edexcel2023

Gravitational field strength Gm Ideal gas equation g = r 2 pV = NkT Gravitational potential Stefan‑Boltzmann law −Gm L = σAT 4 V = grav r L = 4πr2σT 4 Oscillations Wien’s law Simple harmonic motion λ T = 2.898 × 10−3 m K max F = −k x Space a = −ω2x Intensity x = A cos ωt L v = −Aω sin ωt I = 4πd 2 a = ‒Aω2 cos ωt Redshift of electromagnetic radiation 1 2π T = = Δλ Δf v f ω z = ≈ ≈ λ f c ω = 2π f Cosmological expansion Simple harmonic oscillator v = H d m

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Physics

Edexcel2022

Gravitational field strength Gm Ideal gas equation g = r 2 pV = NkT Gravitational potential Stefan‑Boltzmann law −Gm L = σAT 4 V = grav r L = 4πr2σT 4 Oscillations Wien’s law Simple harmonic motion λ T = 2.898 × 10−3 m K max F = −k x Space a = −ω2x Intensity x = A cos ωt L v = −Aω sin ωt I = 4πd 2 a = ‒Aω2 cos ωt Redshift of electromagnetic radiation

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Physics

Edexcel2021

Gravitational field strength Gm Ideal gas equation g = r 2 pV = NkT Gravitational potential Stefan-Boltzmann law −Gm L = σAT 4 V = grav r L = 4πr2σT 4 Oscillations Wien’s law Simple harmonic motion λ T = 2.898 × 10−3 m K max F = −k x Space a = −ω2x Intensity x = A cos ωt L v = −Aω sin ωt I = 4πd 2 a = ‒Aω2 cos ωt Redshift of electromagnetic radiation

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Physics

Edexcel2020

Gravitational field strength Gm Ideal gas equation g = r 2 pV = NkT Gravitational potential Stefan-Boltzmann law −Gm L = σAT 4 V = grav r L = 4πr2σT 4 Oscillations Wien’s law Simple harmonic motion λ T = 2.898 × 10−3 m K max F = −k x Space a = −ω2x Intensity x = A cos ωt L v = −Aω sin ωt I = 4πd 2 a = ‒Aω2 cos ωt Redshift of electromagnetic radiation

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