Energy To Momentum Calculator
To find momentum from energy, take the square root of (2 × kinetic energy ÷ mass), then multiply by the mass.
This calculator helps you convert energy into momentum. Momentum is the motion an object has due to its mass and speed, while kinetic energy is the energy it has because of that motion. The two are closely related in physics, engineering, and space science.
If you work with mechanics, energy transfer, or motion, this tool helps you quickly find momentum from kinetic energy. Instead of solving equations by hand, just enter the values, and the calculator will give the answer instantly.
Formula:
The formula for energy to momentum conversion is:
| Symbol | Meaning |
|---|---|
| p | Momentum (kg·m/s) |
| KE | Kinetic Energy (Joules) |
| m | Mass (kg) |
What is the Relationship Between Energy and Momentum?
Momentum and energy are both properties of moving objects, but they measure different things:
- Momentum measures motion based on mass and velocity.
- Kinetic Energy measures how much work an object can do because of its motion.
For example, a car moving at high speed has both momentum and kinetic energy, but they are calculated differently. Scientists and engineers use this relationship in rockets, vehicles, and particle physics to study motion and energy transfer.
Final Words:
To sum up, energy and momentum are connected in physics. This calculator makes it quick and easy to find momentum when kinetic energy is known.
FAQs:
1. How to convert energy into momentum?
Use the formula: p = √(2 × KE ÷ m) × m, where KE is kinetic energy and m is mass.
2. How to calculate momentum from energy?
Rearrange the formula KE = p² ÷ (2m) to find momentum from kinetic energy.
3. What is the relationship between momentum and energy?
Momentum depends on mass and velocity, while kinetic energy depends on mass and velocity squared.