Mass to Velocity Calculator:
Enter the values of momentum, p(kg.m/s) and mass, m(kg) to determine the value of mass to velocity, V(m/s).
Mass to Velocity Formula:
Velocity derived from mass and momentum quantifies the speed and direction of an object based on its momentum per unit mass.
Mass to velocity, V(m/s) in metres per seconds, is calculated by dividing the momentum, p(kg.m/s) in kilograms metres per second and mass, m(kg) in kilograms.
Mass to velocity, V(m/s) = p(kg.m/s) / m(kg)
V(m/s) = velocity in metres per seconds, m/s.
p(kg.m/s) = momentum in kilogram metres per seconds, kg.m/s.
m(kg) = mass in kilograms, kg.
Mass to Velocity Calculation:
1.A car has a mass of 1200 kg and a momentum of 24000 kg·m/s. Find the velocity of the car.
Given: p(kg.m/s) = 24000kg.m/s, m(kg) = 1200kg.
Mass to velocity, V(m/s) = p(kg.m/s) / m(kg)
V(m/s) = 24000 / 1200
V(m/s) = 20m/s.
2.Suppose an object has a momentum of 18 kg.m/s and a velocity of 6 m/s. Calculate the mass of the object.
Given: p(kg.m/s) = 18kg.m/s, V(m/s) = 6m/s.
Mass to velocity, V(m/s) = p(kg.m/s) / m(kg)
m(kg) = p(kg.m/s) / V(m/s)
m(kg) = 18 / 6
m(kg) = 3kg.