Question 17
Value of Henry's constant $K_{4} . . . . . . . . . .$
(a) increases with increase in temperature
(b) decreases with increase in temperature
(c) remains constant
(d) first increases then decreases

Open in App

Solution

(a) Value of Henry's constant $(K_{H})$ increases with increase in temperature representing the decrease in solubility.

Suggest Corrections

Similar questions

Q. The correct statements
A)

p^{H}

of water decreases with increase in temperature
B)

p^{H}

of water remains same with increase in temperature
C)

p^{H}

of water decreases with the addition of acid
D)Degree of dissocation of water is independent of temperature

Q. The equilibrium constant

K_{c}

K_{p}

for endothermic reaction increases with

Which of the following is correct for the solubility of CO₂in water?

Q. A reaction has both

Δ H

and

Δ S

- ve. The rate of reaction

Consider the Arrhenius equation given below and mark the correct option.
$k = A . e - \frac{E_{a}}{R T}$
(a) Rate constant increases exponentially with increasing activation energy and decreasing temperature
(b) Rate constant decreases exponentially with increasing activation energy and decreasing temperature
(c) Rate constant increases exponentially with decreasing activation energy and decreasing temperature
(d) Rate constant increases exponentially with decreasing activation energy and increasing temperature

Join BYJU'S Learning Program

Question 17 Value of Henry's constant K4.......... (a) increases with increase in temperature (b) decreases with increase in temperature (c) remains constant (d) first increases then decreases

(a) Value of Henry's constant (KH) increases with increase in temperature representing the decrease in solubility.

Question 17
Value of Henry's constant $K_{4} . . . . . . . . . .$
(a) increases with increase in temperature
(b) decreases with increase in temperature
(c) remains constant
(d) first increases then decreases

(a) Value of Henry's constant $(K_{H})$ increases with increase in temperature representing the decrease in solubility.