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Chemical Formulae

Why does pall...

Question

Why does palladium have an exceptional electronic configuration of 4d10 5s2?

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Solution

We expect Pd to have the electronic configuration of 5s² 4d⁸ but it shows 5s⁰ 4d^10. This is due to the fact that fully filled orbitals are more stable than the partially filled orbitals.

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Pd has exceptional outer electronic configuration as $4 d^{10} 5 s^{0}$ , it belongs to

Q. The general electronic configuration of d-block element is

(n - 1) d^{1 - 10} n s^{1 - 2}

n

is the outer most shell. However, palladium does not follow this general electronic configuration. It has an electron configuration

[K r]^{36} 4 d^{10} 5 s^{0}

in order to have stability. Give a reason behind it.

Q. The electronic configuration of palladium is

Q. Electronic configuration

[K r] 4 d^{10}

Q. The electronic configuration

[K r] 4 d^{10}

represents ____
(

Z

S r = 38

S n = 50

T e = 52

A g = 47

)

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