Proeffiecent on following LAB work

Inorganic Qualitative Analysis 

Systematic analysis of samples containing up to four radicals (at least two of which are cations) among the following: Ag, Pb, Hg2+ Cd2+, Cu2+,  Bi³+, Hg2+, Fe3+/ Fe2+, Cr3+, Al3+, Mn2+, Ni2+, Co2+, Zn2+, Ca2+,  Mg2+, Na, NH4+, K+, NO3, SO42-, PO₄2- 

Inorganic Quantitative Analysis 

(a) Acid-base titrations

(b) Oxidation-reduction titrations

(c) Complexometric titration

Inorganic preparations 

Preparation of ferrous sulfate crystal from ferric chloride solution

Organic Qualitative Analysis

(a) Detection of elements and determination of functional groups of organic samples.

(b) Determination of physical constants such as melting and boiling point.

c) Identification of unknown organic compounds.

Organic preparations 

Salicylic acid, Acetylsalicylic acid(aspirin) and Benzoic acid

Physical Chemistry 

Heat of Neutralization of a strong acid and base, Viscosity measurement,  Determination of energy activation of a reaction, Construction of phase diagram of phenol-water system and determination of its upper consulate temperature, Determination of specific rotation of sucrose.

Industrial preparations

Preparation of Detergent and Soaps

Chemical Technology

Determination of saponification, acid, and iodine value from edible oil.

Chemical Engineering 

(a) Measurement of fluid flow with the help of different fluid flow measurement systems.

Measurement of overall heat transfer coefficient

Mass and energy balance for an open evaporator

Calculation of HETS value of a packed column

Determination of particle size by standard screen

Engineering Drawing and Workshop

Drawing different types of Engineering instruments and materials with different view drawing

Workshop on making Nut and Bolt in the university mechanical workshop.