V
CALIB
, P
1
, P
2
, P
1
*, and P
2
* are assumed to be known or measurable. V
CELL
and V
EXP
are to be found. Solving equation (1) for V
EXP
yields
V
EXP
=
V
CELL
P
1
−
P
2
P
2
.
(3)
Substitution of equation (3) into equation (2) yields
P
1
∗
(
V
CELL
−
V
CALIB
)
=
P
2
∗
(
V
CELL
−
V
CALIB
)
+
P
2
∗
[V
CELL
]
P
1
−
P
2
P
2
.
(4)
Gathering terms and solving for V
CELL
further yields
V
CELL
=
V
CALIB
(
P
1
∗
−
P
2
∗)
(
P
1
∗
−
P
2
∗)
−
P
2
∗
P
2
(
P
1
−
P
2
)
.
(5)
Substitution of experimental and known values into equation (5) yields V
CELL
which when used in equation (3) yields V
EXP
, the desired result.
APPENDIX C
AccuPyc 1330
C-2
September 1996
Summary of Contents for AccuPyc 1330
Page 1: ...AccuPyc 1330 Pycnometer Operator s Manual V3 03 Part No 133 42808 01 January 2005 ...
Page 6: ...CHAPTER 1 GENERAL INFORMATION Organization of the Manual Conventions Equipment Description ...
Page 83: ...CHAPTER 6 ORDERING INFORMATION ...
Page 86: ...APPENDIX A CHANGING THE ANALYSIS MODULE ...
Page 92: ...APPENDIX B ANALYSIS THEORY ...
Page 96: ...APPENDIX C CALIBRATION THEORY ...
Page 99: ...APPENDIX D FORMAT OF TRANSMITTED DATA ...
Page 108: ...APPENDIX E PRINTER CHARACTER SET ...
Page 111: ...INDEX ...
