Texts: A mini-reactor induces reactions using a specialized piston to spherically compress molecules together. To test the gauges monitoring temperature and pressure, a test was performed with inert gas. The reactor volume is initially 100.0 mL with a temperature of 22.0 °C and pressure of 5.00 atm. After compression, the temperature rises to 1300.0 °C. After compression, how many moles of inert gas are in the reactor? What is the average translational kinetic energy of a single inert gas molecule after compression? After compression of the gas, the gas contains enough internal energy to perform 100 identical reactions (each requiring the same energy). How much translational kinetic energy is required per reaction? How much work is required to compress the starting gas at 22.0 °C to half of the initial volume in a reversible isothermal compression? Suppose the external pressure is 3.40 atm. Does the compression occur? If so, calculate the work done. If not, explain why.