Energy of atomic orbitals in a particular shell is in order :

s < p < d < f

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s > p > d > f

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p < d < f < s

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f > d > s > p

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Solution

The correct option is A s < p < d < f
Energy of atomic orbitals in a particular shell is in order $s < p < d < f$ . The energies of s and p orbitals are close together whereas the energy of d orbital is much higher.

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Similar questions

The order of screeening effect of electorns of s, p, d and f orbitals fo a given shell of an atom on its outer shell electrons is
(a) s > P> d> f (b) f> d> p>s (c) p < d< s> f (d) f>p>s>d

The screening effect of electron of s, p, d and f orbitals of a given shell of an atom on its outer shell electrons are in the order of:

Q. The order of screening effect of electrons of

s, p, d

and

f

orbitals of a given shell of an atom on its outer shell electrons is:

State True or False.

The order of energy of orbitals is

s < p < d < f

Which is the correct order of increasing energy of the listed orbitals in the atom of titanium?(At. no. Z = 22)

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Energy of atomic orbitals in a particular shell is in order :

The correct option is A s < p < d < fEnergy of atomic orbitals in a particular shell is in order s<p<d<f . The energies of s and p orbitals are close together whereas the energy of d orbital is much higher.

The correct option is A s < p < d < f
Energy of atomic orbitals in a particular shell is in order $s < p < d < f$ . The energies of s and p orbitals are close together whereas the energy of d orbital is much higher.