Question

. On ozonolysis, one molecule of a hydrocarbon produces
two molecules of ethanal and one molecule of ethanedial.
The hydrocarbon could be
(a) 1,3-hexadiene
(b) 1,4-cyclohexadiene
(c) 1,4-hexadiene
(d) 2,4-hexadiene
(e) 1,3-cyclohexadiene
(Kerala P.M.T. 2015)
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Answer 1

D) 2,4 -hexadiene hope it may help u

Answer 2

On ozonolysis, one molecule of a hydrocarbon produces  two molecules of ethanal and one molecule of ethanedial is 2,4-hexadiene.

Option (d).

Explanation:

• Ozonolysis is an organic reaction in which the unsaturated bond of alkenes, alkynes are broken with an ozone.

• Ozone consist of three atoms of oxygen.

• The formula of Ethanol is $CH_3CHO$ which has a double bond in it between the Carbon and oxygen.

• The formula of Ethanedial is $(CHO)_2$.

• When the Ethanedial reacts with 2 ethanol the resultant compound formed is 2,4-hexadiene with the following chemical formula: CH3-CH=CH-CH=CH-CH3.

Learn more about ozonolysis

How ozonolysis is used to find out position of double bond ?

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In ozonolysis of benzene, how many molecules of ozone are added?

a) One

b) Two

c) Three

d) Four

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