Question

Question

Question  (A) Reactant and product both are optically active (B) Reactant and product both are optically inactive (C) Reactant is optically active and product is optically inactive (D) Reactant is optically inactive and product is optically active

Tardigrade Admin · Accepted Answer

<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/c9f130d6a5b436f99e7ae272bc96b82b-.png" /> H 2, Pd - BaSO 4 (Lindlar catalyst) cause syn. hydrogenation of triple bond into double bond.

Q.

Reactant and product both are optically active

Reactant and product both are optically inactive

Reactant is optically active and product is optically inactive

Reactant is optically inactive and product is optically active

$H_{2}, P d - B a S O_{4}$ (Lindlar catalyst) cause syn. hydrogenation of triple bond into double bond.

Q.

Reactant and product both are optically active

Reactant and product both are optically inactive

Reactant is optically active and product is optically inactive

Reactant is optically inactive and product is optically active

H2​,Pd−BaSO4​ (Lindlar catalyst) cause syn. hydrogenation of triple bond into double bond.

$H_{2}, P d - B a S O_{4}$ (Lindlar catalyst) cause syn. hydrogenation of triple bond into double bond.