Translational Kinetic Energy Calculator, Formula, Translational Kinetic Calculation

Translational Kinetic Energy Calculator

Enter the values of Mass of the Object m_(kg)  & Translational Velocity Vt_(m/s) to determine the value of Translational Kinetic Energy KEt_(J).

Translational Kinetic Energy Formula

The Translational Kinetic Energy KEt_(J) in Joules is Equal to the .5 into Multiply to the Mass of the Object m_(kg) in kilogram and is Multiply to the Translational Velocity Vt_(m/s) in meter per second and is squared.

The Formula of Translational Kinetic Energy can be written as,

KEt_(J) = .5 * m_(kg) * Vt²_(m/s)

Here,

KEt_(J) = Translational Kinetic Energy in Joules

m_(kg) = Mass of the Object in kilogram

Vt_(m/s) = Translational Velocity in meter per second

Translational Kinetic Energy Calculation:

1) Calculate the Translational Kinetic Energy and given for the Mass of the Object = 10kg, Translational Velocity = 7m/s.

Answer

KEt = .5 * m * Vt²

KEt = .5 * 10 * 7²

KEt = 245 Joules.

2) Calculate the Translational Velocity and given for the Mass of the Object = 10kg, Translational Kinetic Energy = 245 Joules.

Answer

KEt = .5 * m * Vt²

245 = .5 * 10 * Vt²

Vt = 7 m/s.

How To Calculate The Average Translational Kinetic Energy