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 Btu (3.9°C)
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 Btu (3.9°C) formula
Btu (3.9°C) =
MeV * 0.00000000000000015120
Megaelectron-volts to Btu (3.9°C) formula
Btu (3.9°C) =
MeV * 0.00000000000000015120
Btu (3.9°C)
One BTU is the energy required to warm 1 avoirdupois pound of liquid water by 1 degree Fahrenheit, at one atmosphere. The Btu (3.9°C) uses the calorie value of water at the temperature of its maximum density
Megaelectron-volts to Btu (3.9°C) table
| Megaelectron-volts | Btu (3.9°C) |
|---|---|
| 0MeV | 0.00Btu (3.9°C) |
| 1MeV | 0.00Btu (3.9°C) |
| 2MeV | 0.00Btu (3.9°C) |
| 3MeV | 0.00Btu (3.9°C) |
| 4MeV | 0.00Btu (3.9°C) |
| 5MeV | 0.00Btu (3.9°C) |
| 6MeV | 0.00Btu (3.9°C) |
| 7MeV | 0.00Btu (3.9°C) |
| 8MeV | 0.00Btu (3.9°C) |
| 9MeV | 0.00Btu (3.9°C) |
| 10MeV | 0.00Btu (3.9°C) |
| 11MeV | 0.00Btu (3.9°C) |
| 12MeV | 0.00Btu (3.9°C) |
| 13MeV | 0.00Btu (3.9°C) |
| 14MeV | 0.00Btu (3.9°C) |
| 15MeV | 0.00Btu (3.9°C) |
| 16MeV | 0.00Btu (3.9°C) |
| 17MeV | 0.00Btu (3.9°C) |
| 18MeV | 0.00Btu (3.9°C) |
| 19MeV | 0.00Btu (3.9°C) |
| Megaelectron-volts | Btu (3.9°C) |
|---|---|
| 20MeV | 0.00Btu (3.9°C) |
| 21MeV | 0.00Btu (3.9°C) |
| 22MeV | 0.00Btu (3.9°C) |
| 23MeV | 0.00Btu (3.9°C) |
| 24MeV | 0.00Btu (3.9°C) |
| 25MeV | 0.00Btu (3.9°C) |
| 26MeV | 0.00Btu (3.9°C) |
| 27MeV | 0.00Btu (3.9°C) |
| 28MeV | 0.00Btu (3.9°C) |
| 29MeV | 0.00Btu (3.9°C) |
| 30MeV | 0.00Btu (3.9°C) |
| 31MeV | 0.00Btu (3.9°C) |
| 32MeV | 0.00Btu (3.9°C) |
| 33MeV | 0.00Btu (3.9°C) |
| 34MeV | 0.00Btu (3.9°C) |
| 35MeV | 0.00Btu (3.9°C) |
| 36MeV | 0.00Btu (3.9°C) |
| 37MeV | 0.00Btu (3.9°C) |
| 38MeV | 0.00Btu (3.9°C) |
| 39MeV | 0.00Btu (3.9°C) |
| Megaelectron-volts | Btu (3.9°C) |
|---|---|
| 40MeV | 0.00Btu (3.9°C) |
| 41MeV | 0.00Btu (3.9°C) |
| 42MeV | 0.00Btu (3.9°C) |
| 43MeV | 0.00Btu (3.9°C) |
| 44MeV | 0.00Btu (3.9°C) |
| 45MeV | 0.00Btu (3.9°C) |
| 46MeV | 0.00Btu (3.9°C) |
| 47MeV | 0.00Btu (3.9°C) |
| 48MeV | 0.00Btu (3.9°C) |
| 49MeV | 0.00Btu (3.9°C) |
| 50MeV | 0.00Btu (3.9°C) |
| 51MeV | 0.00Btu (3.9°C) |
| 52MeV | 0.00Btu (3.9°C) |
| 53MeV | 0.00Btu (3.9°C) |
| 54MeV | 0.00Btu (3.9°C) |
| 55MeV | 0.00Btu (3.9°C) |
| 56MeV | 0.00Btu (3.9°C) |
| 57MeV | 0.00Btu (3.9°C) |
| 58MeV | 0.00Btu (3.9°C) |
| 59MeV | 0.00Btu (3.9°C) |