Physics Equations for IGCSE

Description

International GCSE Science Flashcards on Physics Equations for IGCSE, created by rosie_femm on 12/02/2015.
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Flashcards by rosie_femm, updated more than 1 year ago
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Created by rosie_femm almost 10 years ago
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Resource summary

Question Answer
Speed Distance Time Speed= Distance / time
Acceleration Time taken Change in Velocity Acceleration = Change in velocity / Time
Weight Gravitational Field Strength Mass Weight = Mass x Gravitational Field Strength
Force Acceleration Mass Force = Mass x Acceleration
Thinking distance Stopping distance Stopping distance = Thinking distance
Momentum Mass Velocity Momentum = Mass x Velocity
Force acting Change in momentum Time taken for change to happen Force = Change / time
Total anticlockwise moment Total clockwise moment Total anticlockwise moment = Total clockwise moment
Electrical power voltage current Electrical power = current x voltage
Energy transferred voltage current time Energy transferred = voltage x current x time
voltage resistance current voltage = current x resistance
Charge current time charge = current x time
wavespeed Frequency wavelength Wavespeed = Frequency x wavelength
angle of incidence angle of reflection angle of incidence = angle of reflection
refractive index speed of light in a vacuum speed of light in that material refractive index = speed of light in a vacuum / speed of light in that material
sin c n sin c = 1 / n
efficiency total input useful output efficiency = Useful output / Total input
power time work done power = work done / time
work done distance moved force work done = distance moved x force
Kinetic energy mass speed Kinetic energy = 0.5 x mass x speed(2)
GPE Mass Gravitational field strength height GPE = mgh
density volume mass density = mass / volume
pressure area force pressure = force / area
pressure difference g density height pressure difference = height x density x g
constant temp pressure volume temp = pressure x volume (p1V1 = p2V2)
constant vol temp pressure vol = pressure / temp (k) (p1 / T1 = p2 / T2)
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