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Reasons of Stability

Is energy of ...

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Is energy of electrons same in same orbit?

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Q. The energy of an electron in the first Bohr orbit is -13.6 ev then find the energy of

H e^{+}

in the same Bohr orbit.

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

(c) $Z_{e f f}$ for an electron in 1s orbital is the same as $Z_{e f f}$ for an electron in a 2s orbital

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

Q. The energy of an electron in a particular orbit of single electron species of beryllium is the same as the energy of an electron in the ground state of a hydrogen atom. Identify the orbit of beryllium.

Q. Which idea states that when multiple orbitals of the same energy level are filled with electrons that no one orbital will hold two electrons before all the orbitals are holding least one electron?

Q. The wavelength of the energy emitted when the electron comes from fourth orbit to second orbit in hydrogen is

20.397 cm

. The wavelength of energy for the same transition in

H e^{+}

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