how much energy is released in the destruction of matter in a nuclear explosion?\nmass times the speed of…

how much energy is released in the destruction of matter in a nuclear explosion?\nmass times the speed of light\nmass times the speed of light times the speed of light\nan infinite amoung of energy\nno energy\n\nmad is an acronym for what policy? *\nmaking sure that if an enemy uses nuclear weapons against you, that enemy will also be destroyed completely\nopposition to any use of nuclear weapons, no matter what the provocation.\nunilateral disarmament\nall of the above

how much energy is released in the destruction of matter in a nuclear explosion?\nmass times the speed of light\nmass times the speed of light times the speed of light\nan infinite amoung of energy\nno energy\n\nmad is an acronym for what policy? *\nmaking sure that if an enemy uses nuclear weapons against you, that enemy will also be destroyed completely\nopposition to any use of nuclear weapons, no matter what the provocation.\nunilateral disarmament\nall of the above

Answer

Answer:

  1. Mass times the speed of light times the speed of light
  2. making sure that if an enemy uses nuclear weapons against you, that enemy will also be destroyed completely

Brief Explanations:

  1. According to Einstein's mass - energy equivalence formula $E = mc^{2}$, where $E$ is energy, $m$ is mass, and $c$ is the speed of light. So the energy released in nuclear matter - destruction is mass times the speed of light squared (mass times the speed of light times the speed of light).
  2. MAD stands for Mutually Assured Destruction, which means ensuring that if an enemy uses nuclear weapons, it will also be completely destroyed in retaliation.