The number of π-bonds lying in the same plane in C 3 O 2 is

Question

The number of π-bonds lying in the same plane in C 3 O 2 is (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

O = C = C = C = O <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/1ba4484f3cc06654805ac53a670d6aba-.png" /> Its internuclear axis is x: Then π bond are present in one plane = two

Q. The number of $π$ -bonds lying in the same plane in $C_{3} O_{2}$ is

$O = C = C = C = O$

Its internuclear axis is $x$ :
Then $π$ bond are present in one plane $=$ two

Q. The number of π-bonds lying in the same plane in C3​O2​ is

O=C=C=C=O Its internuclear axis is x : Then π bond are present in one plane = two

Q. The number of $π$ -bonds lying in the same plane in $C_{3} O_{2}$ is

$O = C = C = C = O$

Its internuclear axis is $x$ :
Then $π$ bond are present in one plane $=$ two