n

moles of an ideal gas at temperature

T_(1)

and volume

V_(1)

expand isothermally until the volume has doubled.\ Part A\ In terms of

n,T_(1)

, and

V_(1)

, what is the final temperature?\ Express your answer in terms of the variables

n,T_(1),V_(1)

, and constant

R

.\

T_(final )=

\ Request Answer\ Part B\ In terms of

n,T_(1)

, and

V_(1)

, what is the work done on the gas?\ Express your answer in terms of the variables

n,T_(1),V_(1)

, and constant

R

.\

W=

n moles of an ideal gas at temperature T1 and volume V1 expand isothermally until the volume has doubled. In terms of n,T1, and V1, what is the final temperature? Express your answer in terms of the variables n,T1,V1, and constant R. Part B In terms of n,T1, and V1, what is the work done on the gas? Express your answer in terms of the variables n,T1,V1, and constant R