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Extent of adsorption is...

Extent of adsorption is

A

temperature dependent

B

pressure dependent

C

surface area dependent

D

All of the above

Text Solution

Verified by Experts

The correct Answer is:
D
Extent of adsorption is dependent on temperature , pressure and surface area .
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In the following question, A statement of Assertion (A) is followed by a statement of Reason (R). Mark the correct choice as. Assertion (A): Extent of adsorption of adsorbate from solution phase increases with increase in amount of adsorbate in solution. Reason (R): Freundlich's equation describes the behaviour of adsorption from a solution.

In the following question, A statement of Assertion (A) is followed by a statement of Reason (R). Mark the correct choice as. Assertion (A): Extent of adsorption of adsorbate from solution phase increases with increase in amount of adsorbate in solution. Reason (R): Freundlich's equation describes the behaviour of adsorption from a solution.

Knowledge Check

  • Extent of adsorption of adsorbate from solution phase increases with …… .

    A
    Increase in amount of adsorbate in solution
    B
    decrease in surface area of adsorbent
    C
    increase in temperature of solution
    D
    decrease in amount of adsorbate in solution

  • Extent of adsorption of adsorbate from solution phase increases with:

    A
    increase in amount of adsorbate in solution.
    B
    decrease in surface area of adsorbent.
    C
    increase in temperature of solution.
    D
    decrease in amount of adsorbate in solution.

  • A graph is plotted between extent of adsorption vs pressure (P) at constant temperature, the Frendlich equation at points A, B, C respectively are:

    A
    `(x)/(m)=kp,(x)/(m)=kp^(1//n),(x)/(m)=kp^(o)`
    B
    `(x)/(m)=kp,(x)/(m)=kp^(n),(x)/(m)=kp^(1//n)`
    C
    `(x)/(m)=kp^(1//n),(x)/(m)=kp^(n),(x)/(m)=kp^(1//n)
    D
    `(x)/(m)=kp^(oo),(x)/(m)=kp^(1//n),(x)/(m)=kp^(n)`

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