Velocity to Force Calculator:

Enter the values of mass of the object, m_(kg), rate of change of its velocity, v_(m/s) and time, t_(s) to determine the value of the force, F_(N).

Velocity to Force Formula:

The velocity to force formula is utilized to determine the force exerted by an object in motion when its velocity changes over a certain period.

The force, F_(N) in Newton is calculated by multiplying the mass of the object, m_(kg) in kilogram by the rate of change of its velocity, v_(m/s) in metre per second over time, t_(s) in seconds which is essentially the acceleration.

The force, F_(N) =  m_(kg) * v_(m/s) / t_(s)

F_(N) = force in Newton, N.

m_(kg) = mass of the object in kilogram, kg.

v_(m/s) = velocity in metre per second, m/s.

t_(s) = time in seconds, s.

Velocity to Force Calculation:

1. A car with a mass of 1500 kg accelerates from rest to 60 km/h (16.67 m/s) in 10 seconds. Calculate the force exerted by the car’s engine.

Given: m_(kg) = 1500kg,  v_(m/s) = 16.67m/s,  t_(s) = 10s.

The force, F_(N) =  m_(kg) * v_(m/s) / t_(s)

F_(N) = 1500 * 16.67 / 10

F_(N) = 2500.5N.

2. Find v_(m/s) for a scenario where the force exerted is 500 N, the mass of the object is 50 kg, and the time over which the force is applied is 5 seconds.

Given: m_(kg) = 50kg,  F_(N) = 500N,  t_(s) = 5s.

The force, F_(N) =  m_(kg) * v_(m/s) / t_(s)

v_(m/s) = F_(N)  * t_(s) / m_(kg)

v_(m/s) = 500 * 5 / 50

v_(m/s) = 50m/s.

How to Calculate Force: