Viscle – College Essay Example

(MGM/ml)
W = wet.Of sample (MGM)
KEF = volume of KEF consumed during titration (ml)
B = blank Volvo.(ml)
L = leak rate (Pl/min).

Standardization of KEF reagent:
Weight of Did-sodium treated dehydrate s I W(MGM) I (ml) I (Pl/min) I (MGM/ml)
Sample Glycerol: I KEF reagent consumed I Leak flow rate sample no.I welling AT sample (MGM) KY reagent consumed moisture (experimental) I % moisture (analytical) I % Error I (Pl/min) I I ill 211 311 Mean I SST deep I
Sample KC:
Sample no.
Weight of sample (MGM) I KEF reagent consumed ml) I (Pl/min)

Results and Discussions:
The strength of the KEF reagent using the standardization method was found to be 5.4321 MGM water/ml of reagent.
The mean moisture content for glycerol for three readings was found to be 11.4246%.
The mean moisture content for KC for three readings was found to be 11.4693%.
The low error values (0.4169% for Glycerol and 1.9666% for KC) demonstrate the close agreement between analytical and experimental methods, indicating that the KEF titration method is reliable.

Conclusions:
The KEF method can be applied to both aqueous and non-aqueous mediums.
It can be used for determining moisture content in both solid and liquid samples.Our approach minimizes errors caused by sample volatility since it relies on liquid media reactions. To ensure accurate measurements, it is important to consider the weight of the sample attached to the spatula or pipette. When adding the sample to the kettle, make sure it falls directly into the solution to prevent it from sticking to the inner wall of the vessel and causing errors.