How many geometrical isomers are possible for the compound with molecular formula C 2 FClBrI ?

Question

How many geometrical isomers are possible for the compound with molecular formula C 2 FClBrI ? (A) Four (B) Five (C) Six (D) Eight

Tardigrade Admin · Accepted Answer

It is a form of isomerism displayed by unsaturated compounds or by ring compounds, where rotation about carbon bond is restricted C2 F ⋅ C l ⋅ B r ⋅ I also show geometrical isomerism as follows. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/ecdf00cd3a6c04a97ee1c48cec11d45b-.png" /> Hence, C2 F ⋅ C l ⋅ B r ⋅ I has six geometrical isomers

Q. How many geometrical isomers are possible for the compound with molecular formula $C_{2} FClB r I$ ?

Four

Five

Six

Eight

It is a form of isomerism displayed by unsaturated compounds or by ring compounds, where rotation about carbon bond is restricted $C_{2} F \cdot Cl \cdot B r \cdot I$ also show geometrical isomerism as follows.

Hence, $C_{2} F \cdot Cl \cdot B r \cdot I$ has six geometrical isomers

Q. How many geometrical isomers are possible for the compound with molecular formula C2​FClBrI ?

Four

Five

Six

Eight

It is a form of isomerism displayed by unsaturated compounds or by ring compounds, where rotation about carbon bond is restricted C2​F⋅Cl⋅Br⋅I also show geometrical isomerism as follows. Hence, C2​F⋅Cl⋅Br⋅I has six geometrical isomers

Q. How many geometrical isomers are possible for the compound with molecular formula $C_{2} FClB r I$ ?

It is a form of isomerism displayed by unsaturated compounds or by ring compounds, where rotation about carbon bond is restricted $C_{2} F \cdot Cl \cdot B r \cdot I$ also show geometrical isomerism as follows.

Hence, $C_{2} F \cdot Cl \cdot B r \cdot I$ has six geometrical isomers