Which of the following can adsorb largest volume of hydrogen gas?

Finely divided platinum

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Finely divided nickel

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Colloidal solution of palladium

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Colloidal Hydroxide

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Solution

The correct option is C Colloidal solution of palladium
Colloidal solution of palladium can adsorb largest volume of hydrogen gas as the surface area of palladium is maximum in its colloidal solution. Higher is the surface area of catalyst, larger will be the volume of hydrogen adsorbed.

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Hydrogen is readily adsorbed by nickel,palladium at room temperature. One volume of palladium can adsorb 900 volumes of hydrogen. So if I put finely divided palladium in water, will it adsorb all hydrogen and leave only oxygen? If no, why?

Q. Which of the following can adsorb larger volume of hydrogen gas?

Q. Which of the following can adsorb large volume of hydrogen gas?

Q. Consider the following statements:
1. Atomic hydrogen is obtained by passing hydrogen through an electric arc.
2. Hydrogen gas will not reduce heated aluminium oxide.
3. Finely divided palladium adsorbs large volume of hydrogen gas.
4. Pure nascent hydrogen is best obtained by reacting

N a

with

C_{2} H_{5} O H

Which of the above statements is/ are correct?

Q. Which can adsorb larger volume of hydrogen gas?

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Which of the following can adsorb largest volume of hydrogen gas?

The correct option is C Colloidal solution of palladiumColloidal solution of palladium can adsorb largest volume of hydrogen gas as the surface area of palladium is maximum in its colloidal solution. Higher is the surface area of catalyst, larger will be the volume of hydrogen adsorbed.

The correct option is C Colloidal solution of palladium
Colloidal solution of palladium can adsorb largest volume of hydrogen gas as the surface area of palladium is maximum in its colloidal solution. Higher is the surface area of catalyst, larger will be the volume of hydrogen adsorbed.