Major product of the given reaction is
(CH3)3CBr + CH3–CH2–ONa → product
Major product of the given reaction is
(CH3)3CBr + CH3–CH2–ONa → product
Option 1 -
A
Option 2 -
B
Option 3 -
C
Option 4 -
D
-
1 Answer
-
Correct Option - 1
Detailed Solution:Tertiary haloalkane does not undergo SN2 reaction
Similar Questions for you
For overlap, the lobes of the atomic orbitals are perpendicular to the line joining the nuclei.
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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