Main axis of a diatomic molecule is
, molecular orbital px and py overlap to form which of the following orbitals.
Main axis of a diatomic molecule is , molecular orbital px and py overlap to form which of the following orbitals.
Option 1 -
π molecular orbital
Option 2 -
0 molecular orbital
Option 3 -
6 molecular orbitals
Option 4 -
No bond will form.
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1 Answer
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Correct Option - 1
Detailed Solution:For overlap, the lobes of the atomic orbitals are perpendicular to the line joining the nuclei.
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Tertiary haloalkane does not undergo SN2 reaction
Bond strength Bond order
NO ® Number of electron = 7 + 8 = 15
B.O. Similar to
B.O. of N2 = 3 B.O of C2 =
Removal of e- form antibonding molecular orbital increases bond order.
In NO & O2 has valance e- in p orbital.
O? (15) will have configuration σ1s²σ1s²σ2s²σ2s²σ2p? ² (π2p? ²=π2p? ²) (π*2p? ¹). This ion is paramagnetic.
B.O. of CO = 3
B.O. of NO? = 3
Both are isoelectronic
So difference = 0
∴ x = 0
Number of unpaired e- = 0
Ans. = 0
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