202
Formula for linear and dynamic
titration to EQ2
Information
EQ2
Calculation of the consumption at
EQ2 in ml
(EQ2-B)*T*M*F1/(W*F2)
Formula for calculating the concentration
of a sample taking into account a blank
value in terms of ml. Direct titration to
EQ2 (ex.:phosphoric acid)
(B
–EQ2)*T*M*F1/(W*F2)
Formula for calculating the concentration
of a sample taking into account a blank
value in terms of ml. Back titration
(B*F3
–EQ2*F1)*T*M/(W*F2)
Formula for calculating the concentration
of a sample taking into account a blank
value, including a multiplicative factor.
Back titration.
(EQ2-EQ1)*T*M*F1/(W*F2)
Formula for the calculation of the
concentration of a sample. Direct titration
to 2 EQ. Here calculation of the difference
between EQ2-EQ1. (ex. magnesium)
(F3*EQ2-EQ1)*T*M*F1/(W*F2)
Formula for the calculation of the
concentration of a sample. Direct titration
to 2 EQ. Here calculation of the difference
between EQ2-EQ1.
(W*F2)/(EQ2-B)*M*F1)
Formula for calculating a titer (T) of a
titration solution using EQ2.
(W*F2)/(EQ2-B)*M*T*F1)
Formula for calculating the concentration
of a sample taking into account a blank
value in ml. Direct titration to EQ2.
(W*F2)/(B-EQ2)*M*T*F1)
Formula for calculating the concentration
of a sample taking into account a blank
value in ml. Back titration Titration to EQ2
(EQ2*F1)-F2
Calculation of consumption at EQ2
including multiplicative and subtractive
factors F1 and F2
(EQ2-EQ1)*F3
Calculation of the difference between
EQ2 and EQ1 including one multiplicative
factor F1
ml
For pH Stat: only total consumption
ml*T*M*F1/(W*F2)
For pH Stat: formula for total consumption
taking into account the sample amount
and further factors
S*T*M*F1/(W*F2)
For pH Stat: formula for calculation of the
slope in ml/s taking into account of
calculation factors incl. weight/pattern.
The abbreviations used here have the following meaning:
ml:
Total consumption, e.g. for pH Stat
S:
Slope in ml/time (pH Stat)
EQ:
Consumption at the equivalence point 1 and 2 in ml
EP:
Consumption at the end point in ml
B:
Blank value in ml. Mostly determined by way of titration
T:
Titer of the titration solution (e.g. 0.09986)
M:
Mol; mol- or equivalence weight of the sample (e.g. NaCl 58.44)
F1 - F5
Factor 1
– 5 conversion factors
W
“Weight“, weighed-in quantity in g or volume in ml
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