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(D) The energy required to remove a particle from an atom depends on the binding energy of that particle within the atom.$1$. An $\alpha$ particle,a p

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An electron

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(D) The energy required to remove a particle from an atom depends on the binding energy of that particle within the atom.$1$. An $\alpha$ particle,a proton,and a neutron are located within the nucleus and are held together by strong nuclear forces,which require a very high amount of energy to overcome.$2$. An electron is located in the extranuclear region and is held by electrostatic forces of attraction with the nucleus.$3$. The energy required to remove an electron (ionization energy) is significantly lower than the energy required to remove nucleons from the nucleus.Therefore,an electron can be removed with the least energy change.

Which particle may be removed from a stable neutral atom with the least energy change?

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