The structures (CH3)3CBr and CH3[CH2]3Br represent

Question

The structures (CH3)3CBr and CH3[CH2]3Br represent (A) chain isomerism (B) position isomerism (C) chain as well as position isomerism (D) functional isomerism

Tardigrade Admin · Accepted Answer

The structures of the given compounds are as

H_{3} C 3 - ∣ B r^{2} C C H_{3} ∣ - C 1 H_{3}

C 4 H_{3} C 3 H_{2} C 2 H_{2} C 1 H_{2} B r

Since in these, the chain of carbon atoms and the position of functional group Ye, Br both are different, they exhibit chain as well as position isomerism.

Q. The structures (CH3​)3​CBr and CH3​[CH2​]3​Br represent

chain isomerism

position isomerism

chain as well as position isomerism

functional isomerism

The structures of the given compounds are as H3​C3−∣Br​2CCH3​∣​​−C1H3​ C4H3​C3H2​C2H2​C1H2​Br Since in these, the chain of carbon atoms and the position of functional group Ye, Br both are different, they exhibit chain as well as position isomerism.

Q. The structures $(C H_{3})_{3} CB r$ and $C H_{3} [C H_{2}]_{3} B r$ represent

The structures of the given compounds are as $H_{3} C 3 - ∣ B r^{2} C C H_{3} ∣ - C 1 H_{3}$ $C 4 H_{3} C 3 H_{2} C 2 H_{2} C 1 H_{2} B r$
Since in these, the chain of carbon atoms and the position of functional group Ye, Br both are different, they exhibit chain as well as position isomerism.