A p-orbital can accommodate?

4 electrons

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6 electrons

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2 electrons with parallel spins

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2 electrons with opposite spins

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Solution

The correct option is D 2 electrons with opposite spins
Any orbital can accommodate only two electrons with opposite spins $p o r b i t w i t h P_{x} P_{y} P_{z}$ orbitals can accommodate only two electrons with opposite spins.

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Similar questions

Q. If the orbital holds two electrons then they must have opposite spins.

Q. The two electrons present in an orbital have opposite spin.

Q. Pairing of opposite spin is preferred for electrons, occuping the same orbital.

Q. Assertion :An orbital cannot have more than two electrons and they must have opposite spins. Reason: No two electrons in an atom can have same set of all the four quantum numbers as per Pauli's exclusion principle.

According to orbital overlap concept, the formation of a covalent bond between two atoms results by pairing of electrons present in the valence shell having opposite spins.

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A p-orbital can accommodate?

The correct option is D 2 electrons with opposite spinsAny orbital can accommodate only two electrons with opposite spins porbitwithPxPyPz orbitals can accommodate only two electrons with opposite spins.

The correct option is D 2 electrons with opposite spins
Any orbital can accommodate only two electrons with opposite spins $p o r b i t w i t h P_{x} P_{y} P_{z}$ orbitals can accommodate only two electrons with opposite spins.