1
answer
0
watching
61
views
23 Nov 2019
A helium filled balloon with a volume of 1.00*10^3 cm^3 and temperature of 27 degrees C is placed in liquid nitrogen in an open container and cools to a temperature of 77K.Assume that helium behaves like an ideal gas at constant atmospheric pressure, find the new volume of the gas in the balloon,the change in the internal energy of the gas,the work done during the process,and the heat removed from the gas.
A helium filled balloon with a volume of 1.00*10^3 cm^3 and temperature of 27 degrees C is placed in liquid nitrogen in an open container and cools to a temperature of 77K.Assume that helium behaves like an ideal gas at constant atmospheric pressure, find the new volume of the gas in the balloon,the change in the internal energy of the gas,the work done during the process,and the heat removed from the gas.
Jean KeelingLv2
25 May 2019
