Convert kilogram-force centimeter to electron-volt
Please provide values below to convert kilogram-force centimeter [kgf*cm] to electron-volt [eV], or Convert electron-volt to kilogram-force centimeter.
1 kgf*cm = 6.1208e+17 eV. To convert kilogram-force centimeter to electron-volt, multiply the value by 6.1208e+17; to go the other way, divide by it (1 eV = 1.6338e-18 kgf*cm). Both units measure energy and appear in everyday as well as technical calculations, so switching between them quickly is often useful.
Quick Reference
- 1 kgf*cm = 6.1208e+17 eV
- 1 eV = 1.6338e-18 kgf*cm
- 10 kgf*cm = 6.1208e+18 eV
- 100 kgf*cm = 6.1208e+19 eV
How to Convert Kilogram-Force Centimeter to Electron-Volt
1 kgf*cm = 6.12082949650606e+17 eV
Example: convert 15 kgf*cm to eV:
15 kgf*cm = 15 × 6.12082949650606e+17 eV = 9.1812442447591e+18 eV
Kilogram-Force Centimeter to Electron-Volt Conversion Table
| kilogram-force centimeter | electron-volt |
|---|---|
| 1 kgf*cm | 6.1208e+17 eV |
| 2 kgf*cm | 1.2242e+18 eV |
| 3 kgf*cm | 1.8362e+18 eV |
| 5 kgf*cm | 3.0604e+18 eV |
| 10 kgf*cm | 6.1208e+18 eV |
| 20 kgf*cm | 1.2242e+19 eV |
| 50 kgf*cm | 3.0604e+19 eV |
| 100 kgf*cm | 6.1208e+19 eV |
| 500 kgf*cm | 3.0604e+20 eV |
| 1000 kgf*cm | 6.1208e+20 eV |
Kilogram-Force Centimeter
Kilogram-force centimeter (kgf·cm) is a unit of torque or moment of force, representing the force of one kilogram-force applied at a distance of one centimeter from the pivot point.
History/Origin
The kilogram-force centimeter originated from the use of the kilogram-force as a unit of force in the metric system, combined with the centimeter as a unit of length, primarily used in mechanical and engineering contexts before the widespread adoption of SI units.
Current Use
Today, kgf·cm is largely considered a non-SI unit and is used in certain engineering fields, such as torque measurement in automotive and mechanical applications, but is being gradually replaced by SI units like Newton-meter (Nm).
Electron-Volt
An electron-volt (eV) is a unit of energy equal to the amount of kinetic energy gained or lost by an electron when it is accelerated through an electric potential difference of one volt.
History/Origin
The electron-volt was introduced in the early 20th century as a convenient unit for expressing atomic and subatomic energies, especially in quantum physics and particle physics, replacing larger units like the joule for small-scale energies.
Current Use
The electron-volt is widely used in physics and chemistry to quantify energies at the atomic and subatomic levels, such as in spectroscopy, particle physics, and quantum mechanics, due to its convenience in expressing small energy values.
Frequently Asked Questions
What is 1 kilogram-force centimeter in electron-volt?
1 kilogram-force centimeter (kgf*cm) = 6.1208e+17 electron-volt (eV).
How do you convert kilogram-force centimeter to electron-volt?
Multiply the kilogram-force centimeter value by 6.1208e+17. For example, 25 kgf*cm × 6.1208e+17 = 1.5302e+19 eV.
What is 10 kilogram-force centimeter in electron-volt?
10 kgf*cm = 6.1208e+18 eV.
Which unit is larger, the kilogram-force centimeter or the electron-volt?
The kilogram-force centimeter is the larger unit: 1 kgf*cm = 6.1208e+17 eV.