A) \[[M{{A}_{5}}B]\]
B) \[[M{{A}_{2}}{{B}_{4}}]\]
C) \[[M{{A}_{3}}{{B}_{3}}]\]
D) \[[M{{A}_{4}}B{{ }_{2}}]\]
Correct Answer: A
Solution :
| \[M{{A}_{3}}{{B}_{3}}-2\]geometrical isomers |
| \[M{{A}_{2}}{{B}_{4}}-2\]geometrical isomers |
| \[M{{A}_{4}}{{B}_{2}}-2\]geometrical isomers |
| The complex of general formula \[M{{A}_{6}}\] and \[M{{A}_{5}}B\]having octahedral geometry do not show geometrical isomerism. |
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