Learn the hydrogen bomb’s history. Define the hydrogen bomb, and understand the chemistry of the hydrogen bomb explosion and its use in the United States.

The energy released by the nuclear bomb that destroyed Hiroshima was equivalent to 12.4 kilotons of TNT or 9.0 x 10 26 M e V. Calculate the energy in joules and the mass that was converted to energy …

The Tsar Bomba was the largest nuclear bomb ever detonated. It was exploded in 1961 by the Soviet Union, releasing a blast yield of over 50,000 kilotons, or 50 megatons.

Uncover the science behind hydrogen bombs in this 5-minute video. Learn about their explosive impact and historical significance, then take an optional quiz.

A nuclear bomb exploded at an altitude of 200 m. Assuming 1018 fissions in the explosion resulting in 7 fission gammas of each and 3 prompt neutrons 2 MeV each, estimate the dose from the fission …

A nuclear bomb explosion results in a mass decrease of about 2.10 g, between the initial and the final ingredients. How much energy is released?

Duck and cover drills refer to the practice of teaching children in schools throughout the United States to protect themselves from a potential nuclear attack. During duck and cover drills ...

Learn what a nuclear chain reaction is and how such a reaction is controlled. Understand the meaning of critical mass and discover its role in nuclear reactions.

Question: A nuclear bomb explosion results in a mass decrease of about between the initial and the final components. How much energy is released? Let the speed of light c = {eq}3.00 \times 10^8 {/eq} m/s.

"There Will Come Soft Rains" is a cautionary tale of nuclear war and how technology will, in the end, not protect us. Bradbury wrote the story as a response to the nuclear bombings of Hiroshima ...