Those who are looking to asses the energy of motion will find that a kinetic energy calculator makes the process straightforward. This calculator tool uses the kinetic energy formula, which is required for objects with horizontal or vertical movement.
Below, you can work out your kinetic energy answers with the calculator. You can also learn what kinetic energy is, find out how to use or apply the formula, and see the difference between kinetic energy and potential.
The Definition of Kinetic Energy
Kinetic energy is the energy of an object that’s moving. The energy only exists because there is motion. It’s also what’s necessary for a body of mass to go from a stationary state to a moving one.
What is an Example of Kinetic Energy?
It can be hard to explain what kinetic energy is in words. However, an example of kinetic energy is when you have a sports car and a people mover – both with the same engine and mechanical makeup. However, the sports car still goes faster. The mass of the people mover means that it can’t move at the same pace as a sports car.
The formula for Kinetic Energy
You can define kinetic energy as the connection between the velocity and mass of an object. The formula, as such, is below.
KE = 0,5 x m x v²
M = Mass
V = Velocity
What this formula doesn’t consider at higher speeds, though, is the relativistic effects. For this, you would need a relativistic kinetic energy calculator. For standard mass and velocity data input, this kinetic energy calculator will more than satisfy your requirements.
Potential Energy vs. Kinetic Energy
Potential energy is the gravitational pull on an object compared to how far it will fall. As it gains altitude hurtling to the ground, the potential energy levels increase. You can use a potential energy calculator to work out what it is, how to calculate it, and how the formula works.