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 energy of earthquakes, volcanic eruptions, and ..more definition+
In relation to the base unit of [energy] => (joules), 1 Nanowatt Hour (nWh) is equal to 3.6E-6 joules, while 1 Hiroshima Bomb Explosion (hbe) = 60000000000000 joules.| 1 Nanowatt Hour | to common energy units |
|---|---|
| 1 nWh | = 3.6E-6 joules (J) |
| 1 nWh | = 3.6E-9 kilojoules (kJ) |
| 1 nWh | = 8.604206500956E-7 calories (cal) |
| 1 nWh | = 8.604206500956E-10 kilocalories (kcal) |
| 1 nWh | = 22469385462308 electron volt (eV) |
| 1 nWh | = 1.0E-9 watt hour (Wh) |
| 1 nWh | = 825736557008.85 atomic unit of energy (au) |
| 1 nWh | = 8.604206500956E-16 tons of TNT (tTNT) |
| 1 nWh | = 2.6552237373982E-6 foot pound force (ft lbf) |
| 1 nWh | = 36 ergs (ergs) |
| Nanowatt Hour | to Hiroshima Bomb Explosion (table conversion) |
|---|---|
| 1 nWh | = 6.0E-20 hbe |
| 2 nWh | = 1.2E-19 hbe |
| 3 nWh | = 1.8E-19 hbe |
| 4 nWh | = 2.4E-19 hbe |
| 5 nWh | = 3.0E-19 hbe |
| 6 nWh | = 3.6E-19 hbe |
| 7 nWh | = 4.2E-19 hbe |
| 8 nWh | = 4.8E-19 hbe |
| 9 nWh | = 5.4E-19 hbe |
| 10 nWh | = 6.0E-19 hbe |
| 20 nWh | = 1.2E-18 hbe |
| 30 nWh | = 1.8E-18 hbe |
| 40 nWh | = 2.4E-18 hbe |
| 50 nWh | = 3.0E-18 hbe |
| 60 nWh | = 3.6E-18 hbe |
| 70 nWh | = 4.2E-18 hbe |
| 80 nWh | = 4.8E-18 hbe |
| 90 nWh | = 5.4E-18 hbe |
| 100 nWh | = 6.0E-18 hbe |
| 200 nWh | = 1.2E-17 hbe |
| 300 nWh | = 1.8E-17 hbe |
| 400 nWh | = 2.4E-17 hbe |
| 500 nWh | = 3.0E-17 hbe |
| 600 nWh | = 3.6E-17 hbe |
| 700 nWh | = 4.2E-17 hbe |
| 800 nWh | = 4.8E-17 hbe |
| 900 nWh | = 5.4E-17 hbe |
| 1000 nWh | = 6.0E-17 hbe |
| 2000 nWh | = 1.2E-16 hbe |
| 4000 nWh | = 2.4E-16 hbe |
| 5000 nWh | = 3.0E-16 hbe |
| 7500 nWh | = 4.5E-16 hbe |
| 10000 nWh | = 6.0E-16 hbe |
| 25000 nWh | = 1.5E-15 hbe |
| 50000 nWh | = 3.0E-15 hbe |
| 100000 nWh | = 6.0E-15 hbe |
| 1000000 nWh | = 6.0E-14 hbe |
| 1000000000 nWh | = 6.0E-11 hbe |