Describe The Working of A Hydrogen Bomb?

Question

Since Fusing Of Hydrogen Produces Helium And Heat Only.
Then How Come The Explosive Force

Answer 1

The fusion reaction in the reactor will produce explosive forces.
-- ( the fission reaction produces the force ).

Answer 2

The hydrogen bomb is based on a famous formular e=m(c*c). When breaking a hydrogen nucleus release huge amount of energy, because that hydrogen has a single electron and single proton and a force that holds electron on orbit is rather strong. So you get all this energy accoding to the e=m(c*c)
Also you get a netron. But in order to turn the process into a bomb you need a number of breaking of nucleus. And to acheive that with regular hydrogen very difficult.
The effect of chain reaction is acheived by using "heavy water" where hydrogen has 2 neutrons, instead of one.
you want to build one ? :)

Answer 3

Hydrogen bomb is thermonuclear and fusion process needs fission process to start with... Pleae remember,this fission process is creating explosion and fusion does the rest , i mean high energy release to do the damage. If fusion was the reason of explosive force , sun would not exist, all the energy will liberate to space. LOL.

Answer 4

Fission of heavy elements is an exothermic reaction and can release substantial amounts of energy both as gamma rays and as kinetic energy of the fragments (heating the bulk material where fission takes place). Conventional explosives simultaneously implode upon a position of a radio active heavy element causing a self-sustaining chain reaction that releases energy at a very rapid uncontrolled rate in a nuclear weapon.

Answer 5

the hydrogen itself burns and produces a crater... this method is used in hydrogen bombs... production of helium is not an ordinary process. although some hydrogen converts into helium.. this results like this:
4H-->1He+2neutrinos+4 photons

the neutrinos create explosive force..

Answer 6

the heat rapidly expands the air around the blast and it results in a blast wave then followed by the vacuum effect

Answer 7

That's a result of the release of the energy it has to go somewhere