1. A Microscopic View of an Ideal Gas

A 3.50 mole sample of ideal Nitrogen (1V2) gas is held in a 7.00 L container at a pressure of 1.6 x 10 Pa. a. Calculate the volume of the gas in cubic-meters. b. Find the temperature of the gas. Explain your work. c. Calculate the average kinetic energy per molecule of the gas. Explain your calculation. d. What is the mass of a single Nitrogen molecule? Explain your conclusion. e. What is the average speed-squared of the gas molecules? Explain your work. f. If one of the walls of the container has an area of 8.00 cm, and we assume that the gas molecules have head-on collisions (i.e. one-dimensional) with the container wall, then find the rate at which molecules collide with the wall of the container. Explain your work and any estimates you needed to make