Ph is calculated by adding p wich equals 5 and then h which is the same a X
titration method
use the non aqueous titration dissolved urea in glacial acetic acid, and titrate with standard 0.1 mol/L trifluoromethanesulfonic acid in acetic acid using isobutyl vinyl ether as a thermometric endpoint indicator
2.4
An indicator that changes its colour around pH value 5 should be used in this titration. Alternatively, instead of Thymol Blue, Methyl Orange or Methyl Red may be used.
to determine the concentration of the unknown solution and to determine the molar concentration of acetic acid in a sample of vinegar by titrating it with a standard solution of NaOH.
With an acid (commonly used: acetic) CO2 is formed so oxygen from air is excluded in the oxidimetric titration reaction. It otherwise might interfere with the titrant.
N cannot be found by the titration procedure because the acetic acid is very weak acid and cannot be appear completely during the tit ration procedure
N cannot be found by the titration procedure because the acetic acid is very weak acid and cannot be appear completely during the tit ration procedure
titration method
use the non aqueous titration dissolved urea in glacial acetic acid, and titrate with standard 0.1 mol/L trifluoromethanesulfonic acid in acetic acid using isobutyl vinyl ether as a thermometric endpoint indicator
2.4
An indicator that changes its colour around pH value 5 should be used in this titration. Alternatively, instead of Thymol Blue, Methyl Orange or Methyl Red may be used.
to determine the concentration of the unknown solution and to determine the molar concentration of acetic acid in a sample of vinegar by titrating it with a standard solution of NaOH.
For titration of hci in a mixture of hcl and acetic acid, the indicator used is
Titration with strong base requires eg. methyl red, changing to yellow at 6.2, but it endpoint may come too early when the sulfonic acid is weaker than acetic acid: OK if pKa < 4.5 .So it's safer to use phenolphaleine (purple at pH=8.5) for acids with pKa < 8
You can NOT calculate density because it is a property; besides that, it is depending on concentration, solvent, and temperature. (Actually it also depends on pressure but not very significantly)
according to my research you calculate it by using these numbers: 16.7 mL x 0.0500 M = 25 mL x m; 0.0334