Electron-volts
One electron volt is the energy acquired by an electron when accelerated through a potential difference of 1 volt.It is equal to 1.602 × 10−19 joules.
Electron-volts to Btu (15°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.
Electron-volts to Btu (15°C) formula
Btu (15.0 °C) =
eV * 0.00000000000000000000015189
Electron-volts to Btu (15°C) formula
Btu (15.0 °C) =
eV * 0.00000000000000000000015189
Btu (15°C)
One Btu (15.0°C) is the energy required to heat 1 avoirdupois pound of liquid water from 14.5 °C to 15.5°C at a pressure of one atmosphere and equates to 1054.804 J
Electron-volts to Btu (15°C) table
| Electron-volts | Btu (15°C) |
|---|---|
| 0eV | 0.00Btu (15.0 °C) |
| 1eV | 0.00Btu (15.0 °C) |
| 2eV | 0.00Btu (15.0 °C) |
| 3eV | 0.00Btu (15.0 °C) |
| 4eV | 0.00Btu (15.0 °C) |
| 5eV | 0.00Btu (15.0 °C) |
| 6eV | 0.00Btu (15.0 °C) |
| 7eV | 0.00Btu (15.0 °C) |
| 8eV | 0.00Btu (15.0 °C) |
| 9eV | 0.00Btu (15.0 °C) |
| 10eV | 0.00Btu (15.0 °C) |
| 11eV | 0.00Btu (15.0 °C) |
| 12eV | 0.00Btu (15.0 °C) |
| 13eV | 0.00Btu (15.0 °C) |
| 14eV | 0.00Btu (15.0 °C) |
| 15eV | 0.00Btu (15.0 °C) |
| 16eV | 0.00Btu (15.0 °C) |
| 17eV | 0.00Btu (15.0 °C) |
| 18eV | 0.00Btu (15.0 °C) |
| 19eV | 0.00Btu (15.0 °C) |
| Electron-volts | Btu (15°C) |
|---|---|
| 20eV | 0.00Btu (15.0 °C) |
| 21eV | 0.00Btu (15.0 °C) |
| 22eV | 0.00Btu (15.0 °C) |
| 23eV | 0.00Btu (15.0 °C) |
| 24eV | 0.00Btu (15.0 °C) |
| 25eV | 0.00Btu (15.0 °C) |
| 26eV | 0.00Btu (15.0 °C) |
| 27eV | 0.00Btu (15.0 °C) |
| 28eV | 0.00Btu (15.0 °C) |
| 29eV | 0.00Btu (15.0 °C) |
| 30eV | 0.00Btu (15.0 °C) |
| 31eV | 0.00Btu (15.0 °C) |
| 32eV | 0.00Btu (15.0 °C) |
| 33eV | 0.00Btu (15.0 °C) |
| 34eV | 0.00Btu (15.0 °C) |
| 35eV | 0.00Btu (15.0 °C) |
| 36eV | 0.00Btu (15.0 °C) |
| 37eV | 0.00Btu (15.0 °C) |
| 38eV | 0.00Btu (15.0 °C) |
| 39eV | 0.00Btu (15.0 °C) |
| Electron-volts | Btu (15°C) |
|---|---|
| 40eV | 0.00Btu (15.0 °C) |
| 41eV | 0.00Btu (15.0 °C) |
| 42eV | 0.00Btu (15.0 °C) |
| 43eV | 0.00Btu (15.0 °C) |
| 44eV | 0.00Btu (15.0 °C) |
| 45eV | 0.00Btu (15.0 °C) |
| 46eV | 0.00Btu (15.0 °C) |
| 47eV | 0.00Btu (15.0 °C) |
| 48eV | 0.00Btu (15.0 °C) |
| 49eV | 0.00Btu (15.0 °C) |
| 50eV | 0.00Btu (15.0 °C) |
| 51eV | 0.00Btu (15.0 °C) |
| 52eV | 0.00Btu (15.0 °C) |
| 53eV | 0.00Btu (15.0 °C) |
| 54eV | 0.00Btu (15.0 °C) |
| 55eV | 0.00Btu (15.0 °C) |
| 56eV | 0.00Btu (15.0 °C) |
| 57eV | 0.00Btu (15.0 °C) |
| 58eV | 0.00Btu (15.0 °C) |
| 59eV | 0.00Btu (15.0 °C) |
