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.
One Joule is 1 Newton Metre, ie the work done or energy transfered to an object when a one Newton force acts on it over one metre. It can also be defined as the heat energy dissipated by a current of one ampere passing through a one Ohm resistor for one second
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.
| -20.000J | -1.2483e+14MeV |
| -19.000J | -1.1859e+14MeV |
| -18.000J | -1.1235e+14MeV |
| -17.000J | -1.0611e+14MeV |
| -16.000J | -9.9864e+13MeV |
| -15.000J | -9.3623e+13MeV |
| -14.000J | -8.7381e+13MeV |
| -13.000J | -8.1140e+13MeV |
| -12.000J | -7.4898e+13MeV |
| -11.000J | -6.8657e+13MeV |
| -10.000J | -6.2415e+13MeV |
| -9.0000J | -5.6174e+13MeV |
| -8.0000J | -4.9932e+13MeV |
| -7.0000J | -4.3691e+13MeV |
| -6.0000J | -3.7449e+13MeV |
| -5.0000J | -3.1208e+13MeV |
| -4.0000J | -2.4966e+13MeV |
| -3.0000J | -1.8725e+13MeV |
| -2.0000J | -1.2483e+13MeV |
| -1.0000J | -6.2415e+12MeV |
| Joules | Megaelectron-volts |
|---|---|
| 0.0000J | 0.0000MeV |
| 1.0000J | 6.2415e+12MeV |
| 2.0000J | 1.2483e+13MeV |
| 3.0000J | 1.8725e+13MeV |
| 4.0000J | 2.4966e+13MeV |
| 5.0000J | 3.1208e+13MeV |
| 6.0000J | 3.7449e+13MeV |
| 7.0000J | 4.3691e+13MeV |
| 8.0000J | 4.9932e+13MeV |
| 9.0000J | 5.6174e+13MeV |
| 10.000J | 6.2415e+13MeV |
| 11.000J | 6.8657e+13MeV |
| 12.000J | 7.4898e+13MeV |
| 13.000J | 8.1140e+13MeV |
| 14.000J | 8.7381e+13MeV |
| 15.000J | 9.3623e+13MeV |
| 16.000J | 9.9864e+13MeV |
| 17.000J | 1.0611e+14MeV |
| 18.000J | 1.1235e+14MeV |
| 19.000J | 1.1859e+14MeV |
| Joules | Megaelectron-volts |
|---|---|
| 20.000J | 1.2483e+14MeV |
| 21.000J | 1.3107e+14MeV |
| 22.000J | 1.3731e+14MeV |
| 23.000J | 1.4355e+14MeV |
| 24.000J | 1.4980e+14MeV |
| 25.000J | 1.5604e+14MeV |
| 26.000J | 1.6228e+14MeV |
| 27.000J | 1.6852e+14MeV |
| 28.000J | 1.7476e+14MeV |
| 29.000J | 1.8100e+14MeV |
| 30.000J | 1.8725e+14MeV |
| 31.000J | 1.9349e+14MeV |
| 32.000J | 1.9973e+14MeV |
| 33.000J | 2.0597e+14MeV |
| 34.000J | 2.1221e+14MeV |
| 35.000J | 2.1845e+14MeV |
| 36.000J | 2.2469e+14MeV |
| 37.000J | 2.3094e+14MeV |
| 38.000J | 2.3718e+14MeV |
| 39.000J | 2.4342e+14MeV |
| Joules | Megaelectron-volts |
|---|---|
| 40.000J | 2.4966e+14MeV |
| 41.000J | 2.5590e+14MeV |
| 42.000J | 2.6214e+14MeV |
| 43.000J | 2.6838e+14MeV |
| 44.000J | 2.7463e+14MeV |
| 45.000J | 2.8087e+14MeV |
| 46.000J | 2.8711e+14MeV |
| 47.000J | 2.9335e+14MeV |
| 48.000J | 2.9959e+14MeV |
| 49.000J | 3.0583e+14MeV |
| 50.000J | 3.1208e+14MeV |
| 51.000J | 3.1832e+14MeV |
| 52.000J | 3.2456e+14MeV |
| 53.000J | 3.3080e+14MeV |
| 54.000J | 3.3704e+14MeV |
| 55.000J | 3.4328e+14MeV |
| 56.000J | 3.4952e+14MeV |
| 57.000J | 3.5577e+14MeV |
| 58.000J | 3.6201e+14MeV |
| 59.000J | 3.6825e+14MeV |
| 60.000J | 3.7449e+14MeV |
| 61.000J | 3.8073e+14MeV |
| 62.000J | 3.8697e+14MeV |
| 63.000J | 3.9322e+14MeV |
| 64.000J | 3.9946e+14MeV |
| 65.000J | 4.0570e+14MeV |
| 66.000J | 4.1194e+14MeV |
| 67.000J | 4.1818e+14MeV |
| 68.000J | 4.2442e+14MeV |
| 69.000J | 4.3066e+14MeV |
| 70.000J | 4.3691e+14MeV |
| 71.000J | 4.4315e+14MeV |
| 72.000J | 4.4939e+14MeV |
| 73.000J | 4.5563e+14MeV |
| 74.000J | 4.6187e+14MeV |
| 75.000J | 4.6811e+14MeV |
| 76.000J | 4.7435e+14MeV |
| 77.000J | 4.8060e+14MeV |
| 78.000J | 4.8684e+14MeV |
| 79.000J | 4.9308e+14MeV |