2N 10 N V= 3 liters 2 N 2N V=5 liters 2. The above cylinders contain...

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2N 10 N V= 3 liters 2 N 2N V=5 liters 2. The above cylinders contain the same number of atoms of the same ideal gas. The gas is supporting a piston, which is free to move, with an added weight on top (note that N refers to the weight of the objects in Newtons-the units of mg). The cylinders also have the same circular cross-sections. The left cylinder is at room temperature, but the right cylinder is not. Lastly, there is no ambient air pressure outside of the cylinders. Based on the above info, and the info displayed in the diagram, what is the temperature of the gas in the right cylinder? 2N 10 N V= 3 liters 2 N 2N V=5 liters 2. The above cylinders contain the same number of atoms of the same ideal gas. The gas is supporting a piston, which is free to move, with an added weight on top (note that N refers to the weight of the objects in Newtons-the units of mg). The cylinders also have the same circular cross-sections. The left cylinder is at room temperature, but the right cylinder is not. Lastly, there is no ambient air pressure outside of the cylinders. Based on the above info, and the info displayed in the diagram, what is the temperature of the gas in the right cylinder?