Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To estimate the amount of Iron (ferrous iron (Fe2+)) present in 100 ml of the given solution using potentiometer. A standard solution of potassium dichromate of strength .......... N is provided.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the amount of BaCl2 present in the given solution by conductometric titration using standard Na2SO4 solution of ...... N.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the strength and amount of a strong acid and a weak acid (HCl and CH3COOH) present in one litre of the given mixture of acid solution by conductometric titration. You are provided with standard NaOH solution of ........N.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the strength of given HCl using pH meter, a standard solution of NaOH of .......... N is provided.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To estimate the amount of TDS present in 100 ml of a given water sample, you are provided with a water sample.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To estimate the amount of copper present in the given solution by iodometric titration. You are provided with standard ......... N K2Cr2O7 solution.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the amount of chloride present in 100 ml of the given water sample, being supplied with standard solution of sodium chloride of strength ... N and an approximately N/20 solution of silver nitrate.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the amount of dissolved oxygen in the given water sample by Winkler's method, a standard solution of K2Cr2O7 of strength .......... N is given.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the total hardness, permanent hardness, temporary hardness in the given sample of hard water by EDTA method. A standard hardwater of .............. and a EDTA solution are provided.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the total hardness, permanent hardness, temporary hardness in the given sample of hard water by EDTA method. A standard hardwater and a EDTA solution are provided.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
To determine the type and amount of alkalinity present in the given water sample. A standard solution of sodium hydroxide of strength ............ N and a link solution of hydrochloric acid are provided.
Chemistry (Lab) Practical
Subject and UNIT: Engineering Chemistry Laboratory Practical
(a) To prepare Na2CO3 solution as a primary standard using anhydrous Na2CO3 crystal. (b) To estimate the acidity of given water sample using a standard Na2CO3 solution.