1.14. Show that for a one component p - V-n system (Əµ/av),= v(@p/av)T, where u is the volume per mole. [Hint: Show that du -s dT + v dp, where s is the entropy per mole.]
1.14. Show that for a one component p - V-n system (Əµ/av),= v(@p/av)T, where u is the volume per mole. [Hint: Show that du -s dT + v dp, where s is the entropy per mole.]
Related questions
Question
Question 1.14
![◄
1.14. Show that for a one component p - V - n system
(@μ/av)T = v(ap/av)T,
30°F
Clear
TAB
CAPS LOCK
1
1
where u is the volume per mole. [Hint: Show that du =
-s dT + v dp, where s is the entropy per mole.]
A
@
2
N
F2
S
#
3
X
7
E
2
6
0
4
Q Search
C
%
R
S
F
T
>
1.0
FB
.
2
>
7
B
F7
H
8
U
J
9
H
1
K
E
F12
E
0
9
-
P
+
{
=
[
N](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9b65ef36-cf51-4f81-80a6-74e205c9e9b1%2F83d61cb1-79fc-4205-bed3-2689f52c8123%2F29mp55k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:◄
1.14. Show that for a one component p - V - n system
(@μ/av)T = v(ap/av)T,
30°F
Clear
TAB
CAPS LOCK
1
1
where u is the volume per mole. [Hint: Show that du =
-s dT + v dp, where s is the entropy per mole.]
A
@
2
N
F2
S
#
3
X
7
E
2
6
0
4
Q Search
C
%
R
S
F
T
>
1.0
FB
.
2
>
7
B
F7
H
8
U
J
9
H
1
K
E
F12
E
0
9
-
P
+
{
=
[
N
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 2 images
