Number of geometrical isomers possible for the given structure is/are ___________.

Question

For the thermal decomposition of reactant AB(g), the following plot is constructed.

The half life of the reaction is 'x' min.
x =_______} min. (Nearest integer)}

Answer 1

The number of geometrical isomers for the provided structure is determined as follows:

Stereocenter Identification: Three stereocenters are present in the given structure, affecting the overall geometric arrangements.

Geometrical Isomer Calculation: The theoretical maximum number of geometric isomers is calculated using the formula:

Total Geometrical Isomers = 2ⁿ

where n represents the count of stereocenters. For this structure:

2³ = 8

However, molecular symmetry leads to equivalent configurations, thus reducing the count of distinct geometrical isomers.

Final Isomer Count: Accounting for symmetry and duplicate configurations, the structure exhibits a total of 4 unique geometrical isomers.

Answer 2

The number of geometrical isomers for the provided structure is determined as follows:

Stereocenter Identification: Three stereocenters are present in the given structure, affecting the overall geometric arrangements.

Geometrical Isomer Calculation: The theoretical maximum number of geometric isomers is calculated using the formula:

Total Geometrical Isomers = 2ⁿ

where n represents the count of stereocenters. For this structure:

2³ = 8

However, molecular symmetry leads to equivalent configurations, thus reducing the count of distinct geometrical isomers.

Final Isomer Count: Accounting for symmetry and duplicate configurations, the structure exhibits a total of 4 unique geometrical isomers.

List-I	List-II
(I) Vitamin C	(A) Thiamine
(II) Vitamin B₁	(B) Riboflavin
(III) Vitamin B₆	(C) Ascorbic Acid
(IV) Vitamin B₂	(D) Pyridoxine

Number of geometrical isomers possible for the given structure is/are ___________.

Correct Answer: 4

Solution and Explanation

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