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Spectral line would not ne seen for a 2p...

Spectral line would not ne seen for a `2p_x - 2p_z` transition
p-orbitals are degenerate orbitals.

A

Statement-1 is Ture, Statement 2 is True, Statemnet -2 is correct explanation for Statement -1

B

Statement -1 is Ture, Statement -2 is True, Statement -2 is NOT a correct explanation for Statement -1

C

Statement -1 is true. Statement -2 is false

D

Statement -1 is false, Statement -2 is True

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The correct Answer is:
A
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A 3p-orbital has

A 3p-orbital has :

STATEMENT-1 : A spectral lne will not be seen for a 2p_(x)-2p_(y) transition. and STATEMENT-2 : Only Balmer lines are observed in the visible region.

Assertion (A) : A spectral line will be seen for 2p_(x) - 2p_(y) transition Reason (R ) : Energy is released in the form of wave of light when the electron drops from 2p_(x) , to 2p_(y) orbital.

A p-orbital can accommodate

Assertion (A) : A spectral line will be seen for 2p_(x) - 2p_(y) transition Reason (R ) : Energy is raleased in the form of wave of light when the electron drops from 2p_(x) , to 2p_(y) orbital.

Assertion (A) : A spectral line will be seen for 2p,-2p transition Reason (R ) : Energy is raleased in the form of wave of light when the electron drops from 2p_(x) , to 2p_(y) orbital.

A p-orbital can accommodate upto :

A p-orbital can accommodate upto :

A : The orbitals having equal energy are known as degenerate orbitals R : The three 2p orbitals are degenerate in the presence of external magnetic field .