Kilotons are used to measure the power of atomic bombs. A kiloton is the power equivalent of 1000 tons of TNT, a chemical explosive used in bombs. A 15 kiloton atomic bomb has the power of 15,000 tons of TNT.
Little Boy weighed 4.85 tons and had an explosive yield of about 15 kilotons TNT equivalent.If you really want Little Boy's weight expressed in kilotons it was 0.00485 kilotons.
About .02 megatons. It was a twenty kiloton bomb. A mere firecracker compared to today's whizbangs.
The total energy released by the four main events of the Krakatoa explosion in 1883 eruption was equivalent to 200 megatons of TNT. Hiroshima was 15 kilotons. This will help you visualize the unit of both.
That depends on its design: known fielded bombs have had yields from 0.1 kiloton to 57,000 kilotons. Bombs with lower and higher yield are definitely possible, if someone wanted to make them.
Atomic bombs come in a wide variety of sizes. Their explosive power is usually measured in terms of an equivalent number of tons of dynamite. Smaller bombs range in the kilotons (thousands of tons) while larger bombs are in the range of megatons (millions of tons). Even a small atomic bomb is extremely powerful, much more powerful than any conventional bomb. A large atomic bomb can destroy an entire city.
Little Boy weighed 4.85 tons and had an explosive yield of about 15 kilotons TNT equivalent.If you really want Little Boy's weight expressed in kilotons it was 0.00485 kilotons.
It was about 12 kilotons.
About .02 megatons. It was a twenty kiloton bomb. A mere firecracker compared to today's whizbangs.
In very round figures modern fusion bombs have yields in the range from 200 kilotons to 400 kilotons with a small number over 1 megaton. The two fission bombs dropped on Japan were 15 kilotons & 22 kilotons respectively.
21 kilotons is about 46,297,075.06 pounds.
12.5 kilotons equates to about 13,778.89 tons (US).
Divide kilotons by 1,102.31 to get approximate short (US) tons.
100-140 warheads of 5 kilotons to 250 kilotons
At various times it has been estimated anywhere from about 12 kilotons to 20 kilotons, I believe the most accurate current estimate is about 13 kilotons.
The total energy released by the four main events of the Krakatoa explosion in 1883 eruption was equivalent to 200 megatons of TNT. Hiroshima was 15 kilotons. This will help you visualize the unit of both.
1 million tons = 2 billion pounds or more commonly used as a measure of energy release in a nuclear bomb 4.184 petajoules
Using E=mc2 2g of antimatter will yield the equivelent of 42.962 kilotons of TNT.