The Temperature of N Moles of an Ideal Monatomic Gas $\Delta$

Multiple Choice

The temperature of n moles of an ideal monatomic gas is increased by $\Delta$ T at constant volume.The energy Q absorbed as heat, change $\Delta$ E_int in internal energy, and work W done by the environment are given by:

A) Q = (5/2) nR $\Delta$ T, $\Delta$ E_int = 0, W = 0
B) Q = (3/2) nR $\Delta$ T, $\Delta$ E_int = (3/2) nR $\Delta$ T, W = 0
C) Q = (3/2) nR $\Delta$ T, $\Delta$ E_int = (1/2) nR $\Delta$ T, W = -nR $\Delta$ T
D) Q = (5/2) nR $\Delta$ T, $\Delta$ E_int = (3/2) nR $\Delta$ T, W = -nR $\Delta$ T
E) Q = (3/2) nR $\Delta$ T, $\Delta$ E_int = 0, W = -(3/2) nR $\Delta$ T