Statement I: p orbital can accomadate 6 electrons.
Statement II: No two electrons in an atom can have the same set of four quantum numbers.

Statement I is true, Statement II is also true; Statement is the correct explanation of Statement I

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Statement I is true, Statement II is also true; Statement II is not the correct explanation of Statement I

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Statement I is true, Statement II is false

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Statement I is false, Statement II is true

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Solution

The correct option is A Statement I is true, Statement II is also true; Statement is the correct explanation of Statement I
A P-orbital can accommodate 6 electrons, since 2 electrons can be accommodated in each $p_{x}$ , $p_{y}$ , $p_{z}$ .

This is possible because each electron needs to have a separate identification to recognize it which is given by the four quantum numbers

Option A is correct.

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Similar questions

Statement - I: $C l^{-} a n d C a^{2 +}$ are isoelectronic species.
Statement - II: Isoelectronic species should have same charges.

Statement - I: $C d$ is a transition element.
Statement - II: $C d$ and $C d^{2 +}$ both have completely filled $d -$ orbitals in their ground state.

Statement-I :

π / 3 \int π / 6 \frac{d x}{1 + \sqrt{tan x}}

\frac{π}{6}

Statement-II : b \int a f (x) d (x) = b \int a f (a + b - x) d (x)

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