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 about 19 kilotons or 80 terajoules (1 TJ = 1 ..more definition+
1 Atomic Bomb [nuclear Weapon] | Converted to Common energy Units |
---|---|
1 at bomb | 80000000000000 joules (J) |
1 at bomb | 80000000000 kilojoules (kJ) |
1 at bomb | 19120458891013 calories (cal) |
1 at bomb | 19120458891.013 kilocalories (kcal) |
1 at bomb | 4.9931967694017E+32 electron volt (eV) |
1 at bomb | 22222222222.222 watt hour (Wh) |
1 at bomb | 1.8349701266863E+31 atomic unit of energy (au) |
1 at bomb | 19120.458891013 tons of TNT (tTNT) |
1 at bomb | 59004971942181 foot pound force (ft lbf) |
1 at bomb | 8.0E+20 ergs (ergs) |
Atomic Bomb [nuclear Weapon] | to Femtojoules (table conversion) |
---|---|
1 at bomb | = 8.0E+28 fJ |
2 at bomb | = 8.0E+28 fJ |
3 at bomb | = 8.0E+28 fJ |
4 at bomb | = 8.0E+28 fJ |
5 at bomb | = 8.0E+28 fJ |
6 at bomb | = 8.0E+28 fJ |
7 at bomb | = 8.0E+28 fJ |
8 at bomb | = 8.0E+28 fJ |
9 at bomb | = 8.0E+28 fJ |
10 at bomb | = 8.0E+28 fJ |
20 at bomb | = 8.0E+28 fJ |
30 at bomb | = 8.0E+28 fJ |
40 at bomb | = 8.0E+28 fJ |
50 at bomb | = 8.0E+28 fJ |
60 at bomb | = 8.0E+28 fJ |
70 at bomb | = 8.0E+28 fJ |
80 at bomb | = 8.0E+28 fJ |
90 at bomb | = 8.0E+28 fJ |
100 at bomb | = 8.0E+28 fJ |
200 at bomb | = 8.0E+28 fJ |
300 at bomb | = 8.0E+28 fJ |
400 at bomb | = 8.0E+28 fJ |
500 at bomb | = 8.0E+28 fJ |
600 at bomb | = 8.0E+28 fJ |
700 at bomb | = 8.0E+28 fJ |
800 at bomb | = 8.0E+28 fJ |
900 at bomb | = 8.0E+28 fJ |
1000 at bomb | = 8.0E+28 fJ |
2000 at bomb | = 8.0E+28 fJ |
4000 at bomb | = 8.0E+28 fJ |
5000 at bomb | = 8.0E+28 fJ |
7500 at bomb | = 8.0E+28 fJ |
10000 at bomb | = 8.0E+28 fJ |
25000 at bomb | = 8.0E+28 fJ |
50000 at bomb | = 8.0E+28 fJ |
100000 at bomb | = 8.0E+28 fJ |
1000000 at bomb | = 8.0E+28 fJ |
1000000000 at bomb | = 8.0E+28 fJ |