Megaelectron-volts
One megaelectron volt is the energy acquired by an electron when accelerated through a potential difference of 1,000,000 volts.It is equal to 1.602 × 10−13 joules.
Megaelectron-volts to Calories (thermoc.)
Format
Accuracy
Note: Fractional results are rounded to the nearest 1/64. For a more accurate answer please select 'decimal' from the options above the result.
Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.
Note: For a pure decimal result please select 'decimal' from the options above the result.
Megaelectron-volts to Calories (thermoc.) formula
Calorie (thermoc.) =
MeV * 0.000000000000038293
Megaelectron-volts to Calories (thermoc.) formula
Calorie (thermoc.) =
MeV * 0.000000000000038293
Calories (thermoc.)
The thermochemical calorie was defined in 1930 by Frederick Rossini as 4.1833 joules. With the change to absolute electrical units in 1948, the thermochemical calorie was redefined to 4.184 joules, to keep the same quantity of energy represented by it
Megaelectron-volts to Calories (thermoc.) table
| Megaelectron-volts | Calories (thermoc.) |
|---|---|
| 0MeV | 0.00Calorie (thermoc.) |
| 1MeV | 0.00Calorie (thermoc.) |
| 2MeV | 0.00Calorie (thermoc.) |
| 3MeV | 0.00Calorie (thermoc.) |
| 4MeV | 0.00Calorie (thermoc.) |
| 5MeV | 0.00Calorie (thermoc.) |
| 6MeV | 0.00Calorie (thermoc.) |
| 7MeV | 0.00Calorie (thermoc.) |
| 8MeV | 0.00Calorie (thermoc.) |
| 9MeV | 0.00Calorie (thermoc.) |
| 10MeV | 0.00Calorie (thermoc.) |
| 11MeV | 0.00Calorie (thermoc.) |
| 12MeV | 0.00Calorie (thermoc.) |
| 13MeV | 0.00Calorie (thermoc.) |
| 14MeV | 0.00Calorie (thermoc.) |
| 15MeV | 0.00Calorie (thermoc.) |
| 16MeV | 0.00Calorie (thermoc.) |
| 17MeV | 0.00Calorie (thermoc.) |
| 18MeV | 0.00Calorie (thermoc.) |
| 19MeV | 0.00Calorie (thermoc.) |
| Megaelectron-volts | Calories (thermoc.) |
|---|---|
| 20MeV | 0.00Calorie (thermoc.) |
| 21MeV | 0.00Calorie (thermoc.) |
| 22MeV | 0.00Calorie (thermoc.) |
| 23MeV | 0.00Calorie (thermoc.) |
| 24MeV | 0.00Calorie (thermoc.) |
| 25MeV | 0.00Calorie (thermoc.) |
| 26MeV | 0.00Calorie (thermoc.) |
| 27MeV | 0.00Calorie (thermoc.) |
| 28MeV | 0.00Calorie (thermoc.) |
| 29MeV | 0.00Calorie (thermoc.) |
| 30MeV | 0.00Calorie (thermoc.) |
| 31MeV | 0.00Calorie (thermoc.) |
| 32MeV | 0.00Calorie (thermoc.) |
| 33MeV | 0.00Calorie (thermoc.) |
| 34MeV | 0.00Calorie (thermoc.) |
| 35MeV | 0.00Calorie (thermoc.) |
| 36MeV | 0.00Calorie (thermoc.) |
| 37MeV | 0.00Calorie (thermoc.) |
| 38MeV | 0.00Calorie (thermoc.) |
| 39MeV | 0.00Calorie (thermoc.) |
| Megaelectron-volts | Calories (thermoc.) |
|---|---|
| 40MeV | 0.00Calorie (thermoc.) |
| 41MeV | 0.00Calorie (thermoc.) |
| 42MeV | 0.00Calorie (thermoc.) |
| 43MeV | 0.00Calorie (thermoc.) |
| 44MeV | 0.00Calorie (thermoc.) |
| 45MeV | 0.00Calorie (thermoc.) |
| 46MeV | 0.00Calorie (thermoc.) |
| 47MeV | 0.00Calorie (thermoc.) |
| 48MeV | 0.00Calorie (thermoc.) |
| 49MeV | 0.00Calorie (thermoc.) |
| 50MeV | 0.00Calorie (thermoc.) |
| 51MeV | 0.00Calorie (thermoc.) |
| 52MeV | 0.00Calorie (thermoc.) |
| 53MeV | 0.00Calorie (thermoc.) |
| 54MeV | 0.00Calorie (thermoc.) |
| 55MeV | 0.00Calorie (thermoc.) |
| 56MeV | 0.00Calorie (thermoc.) |
| 57MeV | 0.00Calorie (thermoc.) |
| 58MeV | 0.00Calorie (thermoc.) |
| 59MeV | 0.00Calorie (thermoc.) |