Q5 Two containers ( call them A and B ) with the same initial volume , V=47L, hold the same amount of monatomic ideal gas ,say helium , at the same initial temperature TI =304 K and the same initial

Q5 Two containers ( call them A and B ) with the same initial volume , V=47L, hold the same amount of monatomic ideal gas ,say helium , at the same initial temperature TI =304 K and the same initial. Q5 ÿTwo containersÿ ( call them A and B ) with the same initial volume , V=47L, hold the same amount of monatomic ideal gas ,say helium , at the same initial temperature TI =304 K and the same initial pressure PI=1 atm . Container A holds the gas at a constant volume and Container B holds the gas at constant pressure.ifÿ you add Q=3183 J of heat to both containers, what is the difference in the final temperatures after the heat is added, TfA -TfB ? This is the difference in the final temperatures between Container A, a constant Volume process and Container B , a constant Pressure process ,when the heat added is the same .give your answer in Kelvin to three significant digits. The amount of in the containers does not change

Q5 Two containers ( call them A and B ) with the same initial volume , V=47L, hold the same amount of monatomic ideal gas ,say helium , at the same initial temperature TI =304 K and the same initial