#### Study sets matching "physics equations"

#### Study sets matching "physics equations"

Speed = distance/time

Force = mass * acceleration

Acceleration = change in velocity/time

Efficiency = useful energy output /tot…

Speed, distance and time

force, mass and acceleration

Acceleration, change in velocity and time

Energy transferred and efficiency

Speed = distance/time

Speed, distance and time

Force = mass * acceleration

force, mass and acceleration

Weight

Work done

Force applied to a spring

Distance travelled

Weight = mass x gravitational feild strength ... W = m g

Work done = force x distance moved... W = F s

Force applied to a spring = spring constant x extension ... F =…

Distance travelled = speed x time... s = v t

Weight

Weight = mass x gravitational feild strength ... W = m g

Work done

Work done = force x distance moved... W = F s

Density

Acceleration

Force (Newton's 2nd Law)

Weight

Density = Mass/Volume... - D = g/cm^3... - M = g... - V = cm^3

Acceleration = Change in velocity/Time taken ... - A = m/s^2…

Force = Mass * Acceleration (F = ma)... - F = N... - M = kg... - A…

Weight = Mass * Gravity (W = mg)... - W = N... - M = kg... - G = 9…

Density

Density = Mass/Volume... - D = g/cm^3... - M = g... - V = cm^3

Acceleration

Acceleration = Change in velocity/Time taken ... - A = m/s^2…

PE= m x g x h

KE= 1/2 x m x v2

W= F x d

P= e/t or P= W/t

Potential energy= mass x gravity x height

Kinetic energy= half x mass x velocity2

Work done or energy used= Force x distance

Power= energy used/time taken or Power= workdone/time taken

PE= m x g x h

Potential energy= mass x gravity x height

KE= 1/2 x m x v2

Kinetic energy= half x mass x velocity2

Average speed, distance and time

Force, mass, acceleration and change i…

Momentum, mass and velocity

Density, mass, volume

Average speed=distance/time

Force = mass x acceleration... Acceleration= change in velocity…

Momentum=mass x velocity

Density=mass/volume

Average speed, distance and time

Average speed=distance/time

Force, mass, acceleration and change i…

Force = mass x acceleration... Acceleration= change in velocity…

W = m x g

Wd = F x s

F = k x e

M = F x d

Weight = mass x gravitational field strength

Work done = force x distance ( along the line of the force)

Force applied to spring = spring constant x extension

Moment of a force = force x distance (normal to the direction…

W = m x g

Weight = mass x gravitational field strength

Wd = F x s

Work done = force x distance ( along the line of the force)

Speed

Velocity (v)

Acceleration (a)

Weight (W)

**Speed= (Total distance)/(Total time)**

**v = s/t**Velocity (m/s) = Distance (m) x time (s)

**a = (v-u)/t**Acceleration (m/s²) = Change in Velocity(m/s)/T…

**W=mg**Weight (N) = Mass (kg) × Gravitational field strength…

Speed

**Speed= (Total distance)/(Total time)**

Velocity (v)

**v = s/t**Velocity (m/s) = Distance (m) x time (s)

Average speed

Acceleration

Force (multiplication)

Weight

Average speed = distance moved/time taken

Acceleration = change in velocity/time taken

Force = mass x acceleration

Weight = mass x gravitational field strength

Average speed

Average speed = distance moved/time taken

Acceleration

Acceleration = change in velocity/time taken

average speed =

acceleration =

weight =

unbalanced force =

= total distance / total time , v = d / t

= change of velocity / time, a = Δv / t

= mass x gravitational field strength, w = mg

unbalanced force = mass x acceleration, F = ma

average speed =

= total distance / total time , v = d / t

acceleration =

= change of velocity / time, a = Δv / t

w=m*g... weight= gravitational field stre…

w=f*s... work done= force x distance (in…

f=k*e... force applied to a spring =sprin…

m=f*d... moment=force x distance

weight

work done

force applied to a spring

moment

w=m*g... weight= gravitational field stre…

weight

w=f*s... work done= force x distance (in…

work done