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Covalent Bond vs Ionic Bond

[NiCl2[PC2 H5...

Question

$[N i C l_{2} [P (C_{2} H_{5})_{2} (C_{6} H_{5})]_{2}]$ exhibit temperature-dependent magnetic behaviour (paramagnetic/diamagnetic). The coordination geometries of $N i^{2 +}$ in the paramagnetic and diamagnetic states are respectively:

A

tetrahedral and tetrahedral

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B

square planer and tetrahedral

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C

tetrahedral and square planer

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D

None of the above

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Solution

The correct option is C tetrahedral and square planer

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Similar questions

[N i C l_{2} {P (C_{2} H_{5})_{2} (C_{6} H_{5})}_{2}]

exhibits temperature dependent magnetic behaviour (paramagnetic/ diamagnetic). The coordination geometries of

N i^{2 +}

in the paramagnetic and diamagnetic states are respectively:

[N i C l_{2} {P (C_{2} H_{5})_{2} (C_{6} H_{5})}_{2}]

exhibits temperature dependent magnetic behaviour (paramagnetic/diamagnetic). The coordination geometry of

N i^{2 +}

in the paramagnetic and diamagnetic states are respectively:

Q. Most of the transition metals exhibit:
(i) paramagnetic behaviour
(ii) diamagnetic behaviour
(iii) variable oxidation states
(iv) formation of coloured ions

Q. The magnetic nature of

[C r (N H_{3})_{6}]^{3 +} a n d [C o (N H_{3})_{6}]^{3 +}

Q. Assertion :The atoms or ions possessing unpaired electrons are paramagnetic in nature whereas those possessing electron pairs are diamagnetic in nature. Reason: In diamagnetic substances, the spins of the two electrons cancel out and thus the diamagnetic substances doesnot show any magnetic behaviour . However in paramagnetic substances, the spin of the electron counts and the resultant magnetic moment is not zero.

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