4.0 L of nitrogen at a pressure of 400 kN m-2 (or kPa) and 1.0 L of argon at a pressure of 200 kN m-2 are introduced into a container of volume 2.0 L. Calculate the partial pressure of nitrogen. Calculate the partial pressure of argon. Hence, calculate the total pressure in the container.

4.0 L of nitrogen at a pressure of 400 kN m-2 (or kPa) and 1.0 L of argon at a pressure of 200 kN m-2 are introduced into a container of volume 2.0 L. Calculate the partial pressure of nitrogen. Calculate the partial pressure of argon. Hence, calculate the total pressure in the container.

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Question

4.0 L of nitrogen at a pressure of 400 kN m-2 (or kPa) and 1.0 L of argon at a pressure of 200 kN m-2 are introduced into a container of volume 2.0 L.
Calculate the partial pressure of nitrogen.

Calculate the partial pressure of argon.

Hence, calculate the total pressure in the container.

A 14.0 L tank contains 250 g of methane (CH4) gas at 27 atm at 298K. Accidentally, 190 g of CO2 was added to the tank. What will be the resulting pressure of the mixture in the tank? Assume that no CH4 leaked out as the CO2 gas was being added.

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