During an isothermal expansion of 1.14 moles of an ideal gas, the heat input into the gas is Q = 4,322 J. The ratio of the initial and final volumes of the gas is Vf/Vi = 4.67. What is the temperature of the gas during the process? Give your answer in Kelvin to at least three significant digits.Two containers, A and B, hold 0.20 moles of the same diatomic ideal gas, both initially at a pressure of 1.5 atm and 351 K. Container A holds the gas at a constant volume and Container B holds the gas at a constant pressure. Heat Q = 1,701 J is added to both containers. What is the difference in the final temperatures of the two containers TA - TB. This is the difference in the final temperatures between Container A (constant V) and Container B (constant P). Give your answer in Kelvin to at least 3 significant digits