# Study sets matching "physics equations"

Study sets

Diagrams

Classes

Users

Calculate weight

Calculate force applied ( to a spring )

Calculate acceleration

Calculate momentum

Weight = mass x gravitational field strength

Force applied to a spring = spring constant x extension

Acceleration = change in velocity / time take

Momentum = mass x velocity

Calculate weight

Weight = mass x gravitational field strength

Calculate force applied ( to a spring )

Force applied to a spring = spring constant x extension

weight =

work done =

force applied to a spring =

moment of a force =

mass x gravitational field strength

force x distance (along the line of action of the force)

spring constant x extension

force x distance (normal to the direction of the force)

weight =

mass x gravitational field strength

work done =

force x distance (along the line of action of the force)

The formula for weight + gravitational…

The formula for work done + force

The formula for spring constant + exten…

The formula for distance

weight = mass x gravitational field strength (g)

work done = force x distance

force (applied to spring) = spring constant x extension

distance (travelled) = speed x time

The formula for weight + gravitational…

weight = mass x gravitational field strength (g)

The formula for work done + force

work done = force x distance

Force (N)

Momentum (kg m/s)

Energy transferred (J)

Gravity force (N)

Mass (kg) X Acceleration (m/s^2)

Mass (kg) x velocity (m/s)

Charge (C) x Potential Difference (V)

Mass (kg) x gravitational field strength (N/kg)

Force (N)

Mass (kg) X Acceleration (m/s^2)

Momentum (kg m/s)

Mass (kg) x velocity (m/s)

Power (work done)

Gravitational Potential Energy

Power (energy)

Kinetic energy

Power = work done / time

Mass x gravitational field strength x height

Energy transferred / time

0.5 x mass x velocity (squared)

Power (work done)

Power = work done / time

Gravitational Potential Energy

Mass x gravitational field strength x height

f = 1/T... # of cycles per second... Unit: H…

T = 1/f... Time for 1 complete cycle... Unit…

λ(mm) = c(mm/μs)/f(MHz)... The space over…

c = (λ)(f)... = sqrt(B)/sqrt(p)... The spee…

Frequency (f)

Period (T)

Wavelength (λ)

Propagation speed (c)

f = 1/T... # of cycles per second... Unit: H…

Frequency (f)

T = 1/f... Time for 1 complete cycle... Unit…

Period (T)

The equationfor work done

The equation for kinetic energy

The equation for gravitational potentia…

Equation for power (with energy transfe…

work done= force x distance

Ek= 1/2 x mass x velocity²

Ep= mass x gravity x height

power= energy transferred ÷ time

The equationfor work done

work done= force x distance

The equation for kinetic energy

Ek= 1/2 x mass x velocity²

Weight (N)

Word done (J)

Force applied to a spring (N)

Distance travelled (m)

Mass (kg) × gravitational field strength (N/kg)

Force (N) × Distance (m)

Spring constant (N/m) × Extension (m)

speed (m/s) × time (s)

Weight (N)

Mass (kg) × gravitational field strength (N/kg)

Word done (J)

Force (N) × Distance (m)

work done

gravitational potential energy in terms…

gravitational potential energy

kinetic energy

force applied x distance moved

gravitational field strength x mass

weight x change in height

1/2 x mass x velocity²

work done

force applied x distance moved

gravitational potential energy in terms…

gravitational field strength x mass