The monomer $(G = M e o r C l)$ when treated with Zieglar - Natta catalyst undergo polymerisation as shown in the figure. The Zieglar-Natta catalyst is:

T i {C l}_{4}

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R_{3} A l

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R_{3} A l / T i {C l}_{4}

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R_{3} B / T i {C l}_{4}

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Solution

The correct option is C $R_{3} A l / T i {C l}_{4}$
Ziegler–Natta catalysts are used to polymerize terminal alkenes (ethylene and alkenes with the vinyl double bond)

$n C H_{2} = C H R \to - [{C H_{2} - C H R]}_{n} -$

$A l {{(C}_{2} H_{5})}_{3}$ and $T i {C l}_{4}$ are used as Ziegler–Natta catalyst

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Similar questions

(G = M e o r C l)

C H_{2} = C l | C - C H = C H_{2}

T i C l_{4} + (C_{2} H_{5})_{3} A l

The Zieglar-Natta catalysts are

List - I List - II

A) Lindlar catalyst i) Hydrogenation of oils

B) Fenton’s reagent ii) $P d + B a S O_{4}$

C) Zigler Natta catalyst iii) $F e S O_{4} + H_{2} O_{2}$

D) Raney Nickel iv) $R_{3} A l + T i C l_{4}$

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