One of the differences between ideal gases and real gases is that:
a. For an isobaric process, heating will cause the volume of an ideal gas to increase, but it will not affect the volume of a real gas.
b. Upon pressurizing below the critical temperature, a real gas will condense to a liquid or solid, but an ideal gas will not.
c. For an isochoric process, heating will cause the pressure of a real gas to increase, but it will not affect the pressure of an ideal gas.
d. For an isochoric process, heating will cause the pressure of an ideal gas to increase, but it will not affect the pressure of a real gas.
e. For an isobaric process, heating will cause the volume of a real gas to increase, but it will not affect the volume of an ideal gas.