The correct option(s) related to adsorption processes is(are)

Question

The correct option(s) related to adsorption processes is(are) (A) Chemisorption results in a unimolecular layer. (B) The enthalpy change during physisorption is in the range of 100 to 140 kJ mol -1. (C) Chemisorption is an endothermic process. (D) Lowering the temperature favors physisorption processes.

Tardigrade Admin · Accepted Answer

(A) Chemisorption is unimolecular layered.
(B) Enthalpy of physisorption is much less in magnitude.
(C) Chemisorption of gases on solids is exothermic.
(D) As physisorption is exothermic so lowering temperature favours it.

Q. The correct option(s) related to adsorption processes is(are)

Chemisorption results in a unimolecular layer.

The enthalpy change during physisorption is in the range of 100 to $140 k J m o l^{- 1}$ .

Chemisorption is an endothermic process.

Lowering the temperature favors physisorption processes.

(A) Chemisorption is unimolecular layered.
(B) Enthalpy of physisorption is much less in magnitude.
(C) Chemisorption of gases on solids is exothermic.
(D) As physisorption is exothermic so lowering temperature favours it.

Q. The correct option(s) related to adsorption processes is(are)

Chemisorption results in a unimolecular layer.

The enthalpy change during physisorption is in the range of 100 to 140kJmol−1.

Chemisorption is an endothermic process.

Lowering the temperature favors physisorption processes.

(A) Chemisorption is unimolecular layered. (B) Enthalpy of physisorption is much less in magnitude. (C) Chemisorption of gases on solids is exothermic. (D) As physisorption is exothermic so lowering temperature favours it.

The enthalpy change during physisorption is in the range of 100 to $140 k J m o l^{- 1}$ .

(A) Chemisorption is unimolecular layered.
(B) Enthalpy of physisorption is much less in magnitude.
(C) Chemisorption of gases on solids is exothermic.
(D) As physisorption is exothermic so lowering temperature favours it.