# Study sets matching "physics equations"

Study sets

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Users

Work done (using force and distance)

Kinetic energy (using mass and speed)

Gravitational potential energy (using m…

Power (using energy transferred and tim…

W = F s

Ek = (1/2) m v2

Ep = m g h

P = E / t

Work done (using force and distance)

W = F s

Kinetic energy (using mass and speed)

Ek = (1/2) m v2

wavespeed

efficiency

change in gravitational potential energy

kinetic energy

distance/time or wavelength x frequency

useful energy output/total energy output

mass x gravitational field strength x change in vertical height

0.5 x mass x (speed)^2

wavespeed

distance/time or wavelength x frequency

efficiency

useful energy output/total energy output

speed = distance / time

acceleration = change in velocity / time

momentum = mass x velocity

force = change in momentum / time

State the equation that links speed, distance and time

State the equation for acceleration

State the equation that links momentum, mass and velocity

State the equation that links force and momentum

speed = distance / time

State the equation that links speed, distance and time

acceleration = change in velocity / time

State the equation for acceleration

Give the equation for acceleration

Give the 2nd equation for power

Give the 1st equation for power

Give the equation for gravitational pot…

Change in velocity / time taken

Work done / time

Energy transfered / time

Mass x gravitational feild strength x height

Give the equation for acceleration

Change in velocity / time taken

Give the 2nd equation for power

Work done / time

Momentum =

Efficiency =

Wave speed =

Change in Gravitational Potential Energ…

Mass x velocity

Useful Energy Output / Total Energy Input

Frequency x wavelength

Mass x gravitational field strength x change in vertical height

Momentum =

Mass x velocity

Efficiency =

Useful Energy Output / Total Energy Input

gravitational potential energy

kinetic energy

elastic potential energy

Work

mass x gravitational field strength x height

1/2 mass x speed x speed

0.5 x spring constant x extension x extension

Force x Distance

gravitational potential energy

mass x gravitational field strength x height

kinetic energy

1/2 mass x speed x speed

Equation for weight

Equation for work done

Force applied to a spring equation

Moment of a force equation

Weight= mass x gravitational field stength... W= m g

Work done= force x distance... W= f s

Force applied to a spring= spring constant x extension... F= k e

Moment of a force= Force x distance ... M= f d

Equation for weight

Weight= mass x gravitational field stength... W= m g

Equation for work done

Work done= force x distance... W= f s