Conventional bombs use conventional explosives or incendiary materials, e.g. TNT, RDX, C-4, Semtex, Magnesium, Napalm. They cause localised damage with fairly consistent and predictable effects. They are usually cheap and leave little ongoing damage once detonated.
Nuclear bombs use the power of either nuclear fission or nuclear fusion or both. The result is enormous amounts of energy released in microseconds, with wholesale destruction over a large area, and leave radioactive fallout all around.
Its effects are not only limited to Blast and Fire but also include:
Nuclear weapons are fused which uses alot more energy when released... however; an actual explosive such as TNT uses fission which doesnt use half as much energy... obviously more energy used does more damage....
Because they produce radiation and have MUCH bigger explosions!
Although your question is vague, atomic bombs have come and gone in terms of technology. We now have conventional weapons that are more powerful than the atomic bomb.
Typical conventional bombs have explosive yields approximately equal to their physical weight, the largest yield conventional bomb of WW2 was the British Tallboy which weighed 6 tons and had a yield of nearly 3 tons. The first atomic bomb dropped in WW2 the Little Boy weighed just under 5 tons and had a yield of about 15000 tons equivalent. Comparing them, the first atomic bomb had a weight slightly less than the largest conventional bomb used in WW2 but the yield was about 5000 times larger!
He created it to be more powerful than the atomic, and fission bomb.
H-bomb
They developed the H-bomb, a bomb more powerful than the atomic bomb that the Americans dropped on Japan, and was stronger than the one that the Soviet Union detonated. The U.S. just wanted to be stronger than the Soviet Union.
An atomic bomb releases more energy than a conventional chemical bomb because the atomic bomb releases binding, or Nuclear Strong Force, energy while the conventional bomb releases chemical energy, and there is far more binding energy (hundreds and thousands of times) than there is chemical energy from the same mass of material.
Although your question is vague, atomic bombs have come and gone in terms of technology. We now have conventional weapons that are more powerful than the atomic bomb.
Typical conventional bombs have explosive yields approximately equal to their physical weight, the largest yield conventional bomb of WW2 was the British Tallboy which weighed 6 tons and had a yield of nearly 3 tons. The first atomic bomb dropped in WW2 the Little Boy weighed just under 5 tons and had a yield of about 15000 tons equivalent. Comparing them, the first atomic bomb had a weight slightly less than the largest conventional bomb used in WW2 but the yield was about 5000 times larger!
Everything about it is bigger and more intense than a conventional explosion, as more energy is released.
In general, a fusion bomb (hydrogen bomb) is more powerful than a fission (atomic) bomb. Fusion bombs use an atomic bomb to begin the fusion reaction.
It's "Atomic Bomb." anyways, An Atomic Bomb works by initiating a nuclear chain reaction, which releases a huge amount of energy relative to conventional explosives. Per unit volume, an atom bomb may be millions or billions of times more powerful than TNT.
Extremely. Hydrogen bombs are far more powerful than conventional atomic bombs. One could easily destroy an entire city.
A hydrogen or fusion bomb will be ten times more powerful than the original fission atomic bomb.
The atomic bomb is sphere shaped and weird. An atomic explosion is made by taking two halves of a critical mass of fissile material (plutonium or U235) and pushing them together very rapidly. Atomic bombs use conventional explosives to move the fissile material fast enough. If it does not move fast enough it just overheats and melts, rather than exploding. That's the key to designing an atomic bomb. Good luck!
Conventional warfare with Japan was proving to be bloodier than with anyone else. The A-Bomb would prevent another conventional battle.
No, he died more than 100 years before the atomic bomb was built.
More powerful explosion.