Studied by 0 people
Looks like no one added any tags here yet for you.
Velocity
Displacement/Time
Speed
Distance/Time
Average Speed
Total Distance/Time
Average Velocity
Total Displacement/Time
Acceleration
Change in Velocity/Time OR FMA Triangle
Weight
Mass x Gravity
Value of Gravity (IGCSE)
10
Density
Mass/Volume
Resultant Force
Mass x Acceleration
Hooke’s Law
Force = Spring Constant x Extension (FKX Triangle)
Momentum
Mass x Velocity
Impulse
Force x Time OR Change in momentum
Law of Conservation of Momentum
Initial Momentum = Momentum After
Pressure in Solids
Force/Area
Pressure in Liquids
Density x Gravity x Height
Moment of a Force
Force x Distance from a Pivot
Kinetic Energy
½mv²
G.P.E
Mass x Gravity x Height
Work Done
Force x Distance
Efficiency
Useful Energy Output/Total Energy Input
Power
Work/Time
Celsius to Kelvin
Celsius temperature + 273
Specific heat capacity
Thermal energy supplied/(mass x change in temperature)
