This will vary widely and be proportional to yield.
Think of a nuclear power station as a slowed down nuclear bomb. The heat energy released in the fission process is used to turn water into steam to drive electric turbine generators.
A nuclear power plant uses a slow, controlled nuclear chain reaction to heat water and generate electricity. A nuclear bomb uses a very rapid uncontrolled nuclear chain reaction in order to generate a massive explosion.
From the nuclear reactor comes thermal energy (heat), which is then turned into electricity.
it is impossible to tell because the force would destroy anyything, including a thermometer!
A neutron bomb is a form of nuclear weapon. It explodes in several steps. In the first step, control circuits fire electronic blasting caps cause conventional explosives to detonate. They are shaped in such as way that the explosion crushes a ball of nuclear material (mainly plutonium) causing that to produce nuclear fission (an atomic explosion). THAT serves as the trigger to a nuclear fusion explosion- (similar to the hydrogen bomb). This releases heat, blast, and neutrons.
Think of a nuclear power station as a slowed down nuclear bomb. The heat energy released in the fission process is used to turn water into steam to drive electric turbine generators.
A nuclear power plant uses a slow, controlled nuclear chain reaction to heat water and generate electricity. A nuclear bomb uses a very rapid uncontrolled nuclear chain reaction in order to generate a massive explosion.
Sort of. Nuclear fusion is when two atoms are fused together to make another one, while nuclear fission is when one atom is split into two atoms. Both processes, however, involve a loss of mass representing the binding energy that was released. This binding energy is manifest as heat. It just happens that the amount of loss is far greater in fusion than in fission. That's why the H-Bomb (a fusion device) is so much more powerful than the A-Bomb (a fission device).
Fahrenheit and Celsius are not used to describe quantities of heat. They're used to describe how deep an object is filled with heat. If the object is one that can't hold much heat ... like a stone or 1/2 ounce of water ... then even a little bit of heat can fill it deep in Fahrenheit or Celsius. If it's an object that can hold a lot of heat ... like a swimming pool ... then even if you pour heat into it for an hour, the heat in it won't get very deep in Fahrenheit or Celsius. The amount of heat you pour into the object is described in units of energy, like joules, watt-seconds, or foot-pounds, because, after all, heat is energy. The amount of energy produced by a 5 Mt nuclear bomb is a big number. So it's described as "the amount of energy released by exploding 5 million tons of TNT". That's what "5Mt" means.
From the nuclear reactor comes thermal energy (heat), which is then turned into electricity.
It is a myth that roaches could survive a nuclear bomb. The heat would evaporate them.
The heat released by nuclear fission is transformed in electrical energy.
None. The amount of energy released by an atomic bomb is an infinitesimally small fraction of the amount given by that equation. The atomic bomb is based on chain reactions: fission driven by neutron chain reaction, fusion bomb driven by high heat & pressure.
The energy released when a nuclear power plant generates heat to generate steam to generate electricity. The energy released when a nuclear weapon detonates.
Depends on the type of bomb. The first nuclear weapons were fission weapons- they used a heavy metal such as Uranium or Plutonium. These metals, when compressed by explosives, would undergo nuclear fission, and break into lighter elements, releasing heat and radiation. Later, larger bombs were fusion bombs. They used a fission bomb to start the nuclear reaction, but then used that energy to FUSE light elements, such as Deuterium and Tritium into heavier elements, releasing LARGE amounts of heat and radiation.
Nuclear binding energy is released mostly as heat energy.
Not if they are close enough. While tough, they will NOT survive heat, blast, and high radiation levels.