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Overlaps Taking All Together

Which of the ...

Question

Which of the following compounds does not have molecular plane as nodal plane for its $π$ - electron cloud?

A

$C H_{2}$ = $C H_{2}$

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B

$C_{6} H_{6}$

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C

$C H_{2}$ = C = $C H_{2}$

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D

All of the above

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Solution

The correct option is C
$C H_{2}$ = C = $C H_{2}$

Molecule is non-planar

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Similar questions

Which of the following compounds does not have molecular plane as nodal plane for its $π$ - electron cloud?

Q. On the basis of molecular orbital treatment of various aromatic compounds, it has been observed that an aromatic compound must fulfill the following theoretical requirements.a) It must have an uninterrupted cyclic
cloud of

π

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i) For the

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ii) For the

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iii) For the

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molecule must be planar.b) The

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aromatic?

Q. On the basis of molecular orbital treatment of various aromatic compounds, it has been observed that an aromatic compound must fulfill the following theoretical requirements. a) It must have an uninterrupted cyclic cloud of

π

-electrons above and below the plane of the molecule ( often called as

π

- cloud). Let us look what does this mean?
i) For the

π

-cloud to be cyclic, the molecule must be cyclic
ii) For the

π

-cloud to be uninterrupted, every atom in the ring must have a p- orbital
iii) For the

π

-cloud to be formed, each p-orbital must be able to overlap with the

p -

orbitals on either side of it. Therefore, the
molecule must be planar. b) The

π

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π

(4 n + 2) π

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Q. Which of the following molecular orbitals has two nodal planes?

Q. Find the sum of nodal plane of

π *_{d - d}

anti-bonding molecular orbital.

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