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Atomic Bombs or Nuclear weapons have a large variety of energy yields. The first detonated on July 16, 1945 near Alamogordo, New Mexico, had a yield of a ..more definition+
The energy released by the Hiroshima bomb explosion (about 15 kt TNT equivalent, or 6x10^13 J) is often used by geologists as a unit when describing the ener ..more definition+
In relation to the base unit of [energy] => (joules), 1 Atomic Bomb [nuclear Weapon] (at bomb) is equal to 80000000000000 joules, while 1 Hiroshima Bomb Explosion (hbe) = 60000000000000 joules.| 105000 Atomic Bomb [nuclear Weapon] | to common energy units |
|---|---|
| 105000 at bomb | = 8400000000000000000 joules (J) |
| 105000 at bomb | = 8400000000000000 kilojoules (kJ) |
| 105000 at bomb | = 2.0076481835564E+18 calories (cal) |
| 105000 at bomb | = 2.0076481835564E+15 kilocalories (kcal) |
| 105000 at bomb | = 5.2428566078718E+37 electron volt (eV) |
| 105000 at bomb | = 2.3333333333333E+15 watt hour (Wh) |
| 105000 at bomb | = 1.9267186330207E+36 atomic unit of energy (au) |
| 105000 at bomb | = 2007648183.5564 tons of TNT (tTNT) |
| 105000 at bomb | = 6.195522053929E+18 foot pound force (ft lbf) |
| 105000 at bomb | = 8.4E+25 ergs (ergs) |