The energy released in an atom bomb explosion is mainly due to

  • A
    Release of neutrons
  • B
    Release of electrons
  • C
    Greater mass of products than initial material
  • D
    Lesser mass of products than initial material

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Similar Questions

$_{95}Am^{241}$ and $_{90}Th^{234}$ belong respectively to

Match List-$I$ and List-$II$ and choose the correct option using the codes given below:
List-$I$ (Nuclear reactor component) List-$II$ (Used substance)
$1$. Moderator $(a)$ Uranium
$2$. Control rods $(b)$ Graphite
$3$. Fuel rods $(c)$ Boron
$4$. Coolant $(d)$ Lead
$(e)$ Sodium

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Let $m_p$ be the mass of a proton,$m_n$ that of a neutron,$M_1$ that of a $_{10}^{20}Ne$ nucleus,and $M_2$ that of a $_{20}^{40}Ca$ nucleus. Then:

When nuclear energy is intended to be harnessed for the generation of electricity,the potentially destructive neutrons released in a nuclear reactor are absorbed by:

Emission is caused by the transformation of one neutron into a proton. This results in the formation of a new element having

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