The energy of an electron present in the first orbit of an atom is_________________ than the energy of the electron in the other Orbit.

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Solution

The energy of an electron present in the first orbit of an atom is less than the energy of the electron in the other Orbit.

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Similar questions

For the electrons of oxygen atom, which of the following statements is correct ?

(a) $Z_{e f f}$ for an electron in a 2s orbital is the same as $Z_{e f f}$ for an electron in a 2p orbital

(b) An electron in the 2s orbital has the same energy as an electron in the2p orbital

(d) The two electrons present in the 2s orbital have spin quantum number $m_{s}$ but of opposite sign

The energy of an electron present in the first orbit of an atom is ____ than the energy of an electron in the other orbitals.

2.18 \times 10^{- 18} J

a_{o}

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