Identify the role of glycerol in the following reaction: $2 H_2O_{2(\ell)} \xrightarrow{\text{glycerol}} 2 H_2O_{(\ell)} + O_{2(g)}$
- AHomogeneous catalyst
- BInhibitor
- CPromoter
- DHeterogeneous catalyst
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Similar Questions
When $KClO_3$ is heated,it decomposes into $KCl + O_2$. If some $MnO_2$ is added,the reaction goes much faster because
Medium
View SolutionIn a homogeneous catalysis:
Medium
View SolutionWhich of the following is not a heterogeneous adsorption process?
Easy
View Solution$A$ catalyst remains unchanged at the end of the reaction regarding
Medium
View SolutionMatch the catalyst with the process:
Catalyst Process $i. Na_{2}O$ $a. \text{Oxidation of } SO_{2} \text{ in the manufacture of } H_{2}SO_{4}$ $ii. TiCl_{4} + Al(CH_{3})_{3}$ $b. \text{Polymerisation of ethylene}$ $iii. PdCl_{2}$ $c. \text{The oxidation of ethyne to ethanal}$ $iv. \text{Nickel complexes}$ $d. \text{Polymerisation of alkynes}$
Which of the following is the correct option?
| Catalyst | Process |
|---|---|
| $i. Na_{2}O$ | $a. \text{Oxidation of } SO_{2} \text{ in the manufacture of } H_{2}SO_{4}$ |
| $ii. TiCl_{4} + Al(CH_{3})_{3}$ | $b. \text{Polymerisation of ethylene}$ |
| $iii. PdCl_{2}$ | $c. \text{The oxidation of ethyne to ethanal}$ |
| $iv. \text{Nickel complexes}$ | $d. \text{Polymerisation of alkynes}$ |
Which of the following is the correct option?
DifficultNEET 2019
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