Supply And Installation Of Laboratory Equipment - study lissajous figures, to determine the modulus of rigidity, and moment of inertia, using, torsional pendulum., determine the temperature coefficient, of resistance by platinum, resistance thermometer, determine the coefficient of thermal, conductivity of cu by searle‟s, apparatus, determine the coefficient of thermal, conductivity of a bad conductor by, lee and charlton‟s disc method, determine rigidity modulus by static, method, determine „g‟ and velocity for a freely, falling body using digital timing, technique. & measurement of „, michelson interferometer kit (with, he-ne laser), fresnels bi prism experiment kit, (with sodium light source), polarization of light & verification, malus law, polarization of light using half-, wave plate, polarization of light by quarter- wave plate, resolving power of a telescope, franck hertz experiment (neon, tube) with data logger and sensor, hall effect in metals (silver), superconductivity experiment kit, b-h curve kit, basic electronics, ic 555 timer, thermal expansion experiment, viscosity of glycerin with intelligent, timer, advanced polarimeter kit, ftir spectrometer (complete set up), experimental set-up for recording and reconstruction of holograms, travelling microscope, sensitive microbalance, ultrasonicator, experimental set-up to study, newton‟s ring, function/arbitrary waveform generator, digital multimeter, power supply, ft- ir spectrometer (specifications, as per chem-1, rotary evaporation system with, accessories, (a) rotary evaporator, (b) vacuum pump, (c) vacuum aspirator, (d) chiller (0°c to -20° c), (specification as per chem-2), muffle furnace (specifications as per, chem-3), melting point apparatus, (specifications as per chem-4), refrigerator (for reagents‟ storage), (specifications as per chem-5), oil-free diaphragm pump, (specifications as per chem-6),
