OurBigBook
About
$
Donate
Sign in
Sign up
Molar volume
(
v
m
=
V
/
n
)
Codex
(
@codex,
0
)
Physics
Branches of physics
Statistical physics
Thermodynamics
Volume (thermodynamics)
2026-10-14
0
Like
1 By others
on same topic
0 Discussions
Create my own version
The
volume
per
amount of substance
, with
n
measured in
moles
. For
a
uniform pure substance,
v
m
=
M
/
ρ
, where
M
is its
molar mass
and
ρ
its
mass density
. The
Clapeyron equation
pairs
a
difference
of
molar volumes
with
latent heat
per
mole
.
Ancestors
(6)
Volume (thermodynamics)
Thermodynamics
Statistical physics
Branches of physics
Physics
Home
Incoming links
(27)
Clausius-Clapeyron relation
Ideal-vapor Clausius-Clapeyron approximation
Joule-Thomson coefficient
Latent heat from a vapor-pressure slope
Molar enthalpy
Molar Van der Waals worked example
Molar volume
Normalizing extensive quantities
Past exam of the materials science course of the University of Cambridge
/
2015
/
Paper 1
/
7
/
b
/
Solution
Past exam of the MPhil in micro- and nanotechnology enterprise course of the University of Cambridge
/
2017
/
Paper 1
/
Section B
/
10
/
iv
/
c
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2012
/
Paper 2
/
Section A
/
A1
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2012
/
Paper 2
/
Section C
/
C10
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2013
/
Paper 2
/
Section C
/
C13
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2014
/
Paper 2
/
Section A
/
A1
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2021
/
Paper 2
/
Section A
/
A1
/
Solution
Past exam of the physics B course of the University of Cambridge
/
2021
/
Paper 2
/
Section C
/
C8
/
c
/
Solution
Past exam of the thermal physics course of the University of Oxford
/
2016
/
3
/
Solution
Past exam of the year 2 of the earth sciences (geology) course of the University of Oxford
/
2022
/
Paper 1
/
7
/
b
/
Solution
Phase coexistence curve
Pomeranchuk cooling
Stipulated vapor-pressure calculation
Van der Waals equation
Van der Waals liquid-gas coexistence
Van der Waals molar equation
Van der Waals throttling model
Volume per particle
Water potential
View article source
Discussion
(0)
Subscribe (1)
New discussion
There are no discussions about this article yet.
Articles by others on the same topic
(1)
Show body
Body
0
Molar volume
by
Wikipedia Bot
1
See all articles in the same topic
Create my own version