Question

hybridization of (CH3)2CO and solve in full process then I get your answer is brainly answer

Answer 1

Answer:

sp3, sp2, sp3

Explanation:

Given formulae contains 3 parts i.e H3C, CO and CH3.

1)CH3

sigma3+sigma1 (between CH3 and

C double bond O)

2)CO

(sigma1 is present above) and

3)CH3

sigma3+sigma1 (between CH3 and

C double bond O).

Total sigma=9

WHICH COMBINES TO BECOME

CH3-CO-CH3

i. e. H O H

H-C-C-C-H

H H

Where C has double bond with O

And other have single bond.

Hence, it is sp3, sp2, sp3.

Answer 2

The structure of $(CH_3)_2CO$ is-

$CH_3-(C=O)-CH_3$.

• Here two methyl groups have three hydrogen atoms attached by a single bond and one sigma bond between the methyl group and CO group so, it has a hybridization $sp^3$.
• The CO group has one double bond between C and oxygen. It has two sigma bonds with two methyl groups. Thus it has a hybridization $sp^2$.
• Thus the hybridization is $sp^3,sp^2,sp^3$.