What is the Henry's law constant for Ryersonite dioxide in water at 25°C if (RyO2] =4.5 M in solution when the partial pressure of RyO2 above the solution is 0.065
atm?
0.047 M/atm
0.014 M/atm
0.031 M/atm
69 M/atm
45 M/atm

69 M/atm

Explanation:

From the question given above, the following data were obtained:

Concentration (C) = 4.5 M

Partial pressure (P) = 0.065 atm

Henry's law constant (K) =?

The Henry's law constant, K can be obtained as follow:

C = KP

4.5 = K × 0.065

Divide both side by 0.065

K = 4.5 / 0.065

K = 69 M/atm

Thus, the Henry's law constant for Ryersonite dioxide is 69 M/atm.

- aluminum and copper chloride.

- the chloride ion to separate the aluminum from the oxygen so that the aluminum can react with the copper ions (and the water molecules).