Variation of K H (Henry's law constant) with temperature T is shown by following graphs I -IV. Correct representation is

Question

Variation of K H (Henry's law constant) with temperature T is shown by following graphs I -IV. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/15833fbfd71ba29c5c6714495ee8b1ea-.png" /> Correct representation is (A) I (B) III (C) IV (D) II

Tardigrade Admin · Accepted Answer

Partial pressure, p=KH chi If temperature is lowered, solubility of gases increases at a given pressure. Thus, KH increases with increase in temperature. It is due to this reason that aquatic species are more comfortable in cold water rather than in warm water.

Q. Variation of $K_{H}$ (Henry's law constant) with temperature $T$ is shown by following graphs $I - I V$ .

Correct representation is

I

III

IV

II

Partial pressure, $p = K_{H} χ$ If temperature is lowered, solubility of gases increases at a given pressure. Thus, $K_{H}$ increases with increase in temperature. It is due to this reason that aquatic species are more comfortable in cold water rather than in warm water.

Q. Variation of KH​ (Henry's law constant) with temperature T is shown by following graphs I−IV. Correct representation is

I

III

IV

II

Partial pressure, p=KH​χ If temperature is lowered, solubility of gases increases at a given pressure. Thus, KH​ increases with increase in temperature. It is due to this reason that aquatic species are more comfortable in cold water rather than in warm water.

Q. Variation of $K_{H}$ (Henry's law constant) with temperature $T$ is shown by following graphs $I - I V$ .

Correct representation is

Partial pressure, $p = K_{H} χ$ If temperature is lowered, solubility of gases increases at a given pressure. Thus, $K_{H}$ increases with increase in temperature. It is due to this reason that aquatic species are more comfortable in cold water rather than in warm water.