QuestionJanuary 7, 2026

(48) A gas has a solubility in water at 0^circ C of 3.6g/L at a pressure of 1.0 atm.What pressure is needed to produce an aqueous solution containing 9.5g/L of the same gas at 0^circ C

(48) A gas has a solubility in water at 0^circ C of 3.6g/L at a pressure of 1.0 atm.What pressure is needed to produce an aqueous solution containing 9.5g/L of the same gas at 0^circ C
(48) A gas has a solubility in water at 0^circ C of 3.6g/L at a pressure of
1.0 atm.What pressure is needed to produce an aqueous solution
containing 9.5g/L of the same gas at 0^circ C

Solution
4.3(320 votes)

Answer

2.64\,atm Explanation 1. State Henry’s Law Henry’s Law: S_1/P_1 = S_2/P_2, where S is solubility and P is pressure. 2. Substitute Known Values S_1 = 3.6\,g/L, P_1 = 1.0\,atm, S_2 = 9.5\,g/L, P_2 = ? 3. Solve for Unknown Pressure P_2 = P_1 \times (S_2/S_1) = 1.0 \times (9.5/3.6) P_2 = 2.64\,atm

Explanation

1. State Henry’s Law<br /> Henry’s Law: $S_1/P_1 = S_2/P_2$, where $S$ is solubility and $P$ is pressure.<br />2. Substitute Known Values<br /> $S_1 = 3.6\,g/L$, $P_1 = 1.0\,atm$, $S_2 = 9.5\,g/L$, $P_2 = ?$<br />3. Solve for Unknown Pressure<br /> $P_2 = P_1 \times (S_2/S_1) = 1.0 \times (9.5/3.6)$<br /> $P_2 = 2.64\,atm$
Click to rate:

Similar Questions