Hydrogenation of vegetable oils in presence of finely divided Nickel as catalyst. The reaction is $?$

Heterogeneous catalysis

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Homogeneous catalysis

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Enzyme catalyzed reaction

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Liquid catalyzed reaction

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Solution

The correct option is A Heterogeneous catalysis
Hydrogenation of vegetable oils occurs in presence of finely divided Nickel as catalyst. The reaction is heterogeneous catalysis. In this case, catalyst (solid phase) is in a difference phase than reactants and products (solution phase).

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Similar questions

Q. Hydrogenation of vegetable oils in the presence of finely divided Nickel as catalyst. The reaction is:

Q. In a reaction, a substance undergoes decomposition which is catalyzed in the presence of finely divided nickel. If there are enough sites on the surface of catalysts so that 20 molecules of substance react per second, the rate of reaction for a 1.0M solution is:

The gas used in the hydrogenation of vegetable oils in the presence of nickel as catalyst is

Q. In the presence of finely divided Ni, hydrogen reacts with vegetable oils. This process is known as:

When a vegetable oil is treated with hydrogen in the presence of nickel (or palladium) catalyst, it forms a fat. This is an example of :
(a) anodising reaction (b) substitution reaction (c) displacement reaction (d) addition reaction

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Hydrogenation of vegetable oils in presence of finely divided Nickel as catalyst. The reaction is?

The correct option is A Heterogeneous catalysisHydrogenation of vegetable oils occurs in presence of finely divided Nickel as catalyst. The reaction is heterogeneous catalysis. In this case, catalyst (solid phase) is in a difference phase than reactants and products (solution phase).

Hydrogenation of vegetable oils in presence of finely divided Nickel as catalyst. The reaction is $?$

The correct option is A Heterogeneous catalysis
Hydrogenation of vegetable oils occurs in presence of finely divided Nickel as catalyst. The reaction is heterogeneous catalysis. In this case, catalyst (solid phase) is in a difference phase than reactants and products (solution phase).