themodynamics
yearl
Personal
summary
notes
, RE I
of
an
mine #
* of
v
reg
uin
i
Issae
In
⑧
0 R
a
E
*
I
van
and temperature is constant
only if pressure
orsi's Idea gas Law
Pa -> No (M3 [K"wolK
or
pVznRT
S R 8.314
=
=
Rp x Arogado's constant
works best at high temprances and
Low pressures,
, Assumptions for pV=nRT
·has molecules are for apart
-
therefore can
neglect
between molence,
Interactions
modules is
·
the volume occupied by gas very small -
to the
when compared
volume occupied by
the gas
#Can
total pressure
=
+ 8
-
eagled
Partial presive -pressure
↳ each
nocete
PA: WERT Pe: Rt
~
Both have different partial pressures
Look at Mole gradies "A
W
=
-
·..-
Plot...... . .
.
A
total
moles
SCA
, pV n RT
=
ne
=
p
mol"x 298.15k
p 1=
1x 10-6 m3
P = 2.48x1095m (Nm-2 or Pa)
=2.5x10"bar
=25000 bar
pV diagram for CO2
? Breaks don
~ due Li
intermolentan
interactions
?
Las you copes
Re
gas you get
phase transition
to liquid. I
pV=nRr
④
Compression factor
always Nue
for
ideal
jes
-
= 1
IC
1
=
attractive
compression factor
interactions are dominant
23 repulsive interactions are dominant
yearl
Personal
summary
notes
, RE I
of
an
mine #
* of
v
reg
uin
i
Issae
In
⑧
0 R
a
E
*
I
van
and temperature is constant
only if pressure
orsi's Idea gas Law
Pa -> No (M3 [K"wolK
or
pVznRT
S R 8.314
=
=
Rp x Arogado's constant
works best at high temprances and
Low pressures,
, Assumptions for pV=nRT
·has molecules are for apart
-
therefore can
neglect
between molence,
Interactions
modules is
·
the volume occupied by gas very small -
to the
when compared
volume occupied by
the gas
#Can
total pressure
=
+ 8
-
eagled
Partial presive -pressure
↳ each
nocete
PA: WERT Pe: Rt
~
Both have different partial pressures
Look at Mole gradies "A
W
=
-
·..-
Plot...... . .
.
A
total
moles
SCA
, pV n RT
=
ne
=
p
mol"x 298.15k
p 1=
1x 10-6 m3
P = 2.48x1095m (Nm-2 or Pa)
=2.5x10"bar
=25000 bar
pV diagram for CO2
? Breaks don
~ due Li
intermolentan
interactions
?
Las you copes
Re
gas you get
phase transition
to liquid. I
pV=nRr
④
Compression factor
always Nue
for
ideal
jes
-
= 1
IC
1
=
attractive
compression factor
interactions are dominant
23 repulsive interactions are dominant
