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For each of the following solutions, determine if the solubility of the solute will increase or decrease given the described change. Click in each box to toggle the relative change in solubility (upsincreases, down-decreases, leave the blank for no change). box the solubility of N2 in blood when a deep sea diver ascends to the surface the solubility of CO2 in soda when the soda is canned under a pressure of 4.5 atm the solubility of O2 in blood when a mountain climber climbs from sea level to the top of Mt. Whitney where the atmospheric pressure is 440 mmHg the solubility of O2 in blood when a person is placed in a hyperbaric chamber where the pressure is 5.0 atm
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For each of the following solutions, determine if the solubility of the solute will increase or decrease given the described change. Click in each box to toggle the relative change in solubility (up increases, down-decreases, leave the box blank for no change). the solubility of N2 in blood when a deep sea diver ascends to the surface decreases the solubility of CO2 in soda when the soda is canned under a pressure of 4.5 atm increases the solubility of O2 in blood when a mountain climber climbs from sea level to the top of Mt. Whitney where the atmospheric pressure is 440 mmHg decreases the solubility of O2 in blood when a person is placed in a hyperbaric chamber where the pressure is 5.0 atm increases

Explanation :

a) the solubility of N2 in blood when a deep sea diver ascends to the surface decreases.

increase the pressure , increase the solubility of atmospheric gases , when the divers come towards the surface then pressure decreases gradually. so solubility decreases.

b) the solubility of CO2 in soda when the soda is canned under a pressure of 4.5 atm is higher.

because solubility of gas in liquid directly proportional to the pressure of that gas above surface of the solution.

c) solubility of O2 in blood when a mountain climber climbs from sea level decreases.

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