Higher Education Department Tender

BOQ ITEMS: Vernier caliper, Screw Gauge, Travelling Microscope, Moment of Inertia of Fly Wheel, Sextant, Models of rigidity of Maxwells Needle, MI of torsional Pendulam, Elastic Constant by Searles method, Bending moment of cantiliver beam, youngs Modulus by bending of beam, Bar Pendulam, Poisson ratio of rubber by rubber tube method, Digital multimeter for checking of electrical equipments, DC Ammeter, AC Ammeter, DC Voltmeter, AC Voltmeter, Galvanometer, Resistance Box, Zener Diode(full appratus), Solar cell(full apprartus), PN jnction (full apparatus), To compare capacitances using DeSauty bridge, To verify the Thevenin and Norton theorems, To verify the Superposition and Maximum Power Transfer Theorems, Low Resistance by Carey Foster Bridge, Self inductance by Andersons Bridge, To Study Series LCR Circuits, To study Parallel LCR circuits, Impedance of an AC Circuit(full apparatus), High resistance by substitution method, Verification of laws of electromagnetic induction, BH curve of various materials using CRO full set up, Frequency of AC mains using electrical Vibrator, Frequency of AC mains using electromagnet, Digital weighing machine, Connecting wires, Spherometer, Stop watch, AF Oscillator, Verification of Archimedes principal, Verification of work energy theorem, Study of law conservation of linear momentem and Kinetic energy, To find the downward force along an inclined plane acting on a rollerdue to gravitational pull of the earth, Convex lens, Concave lens, Convex mirror, Glass slab, Concave mirror, To determine the resistivity of different wires, To determine Mechanical Equivalent of Heat J by Callender and Bartles constant flow method(Full Apparatus) , Coefficient of thermal conductivity of copper by Angstroms Method (Full Apparatus), Plancks constant using black body radiation (Full Apparatus), Temperature coefficient of Resistance by platinum resistance thermometer (fullapparatus), Resistance Temperature Device using Null methodoff Balance Bridge(full appratus), Heating efficient of electric kettle with varying voltage (full apparatus), Joules Calorimeter (full apparatus) , To determine Stefans Constant (full apparatus), To determine the coefficient of thermal conductivity of copper by Searles Apparatus (full apparatus), To determine the coefficient of thermal conductivity of a badconductor by Lee and Charltons disc method(full apparatus), To study the variation of thermo emf across two junctions of a thermocouple with temperature (full apparatus), To record and analyze the cooling temperature of an hot object as a function of time using a theromocouple and suitable dataacquisition system (full apparatus), To determine the coefficient of increase of volume of air at constant pressure (Full apparatus), Computer Simulation of Maxwell Boltzmann fermi Dirac and Bose Einstein, Numericalapertureofopticalfibre using HeNe laser, Doubleslit interference by HeNe Laser, Effect of intensity of light of an LDR, HeNe Laser, Sodium lamps with boxes , mercury lamps with box, spectrometers, optical benches, Spirit level, Torches, refrective index of prism using sodium lamp(full appratus), Dispersive power and cauchy consents of the material of the prism usung mercury discharge source, determination of wavelentgh of sodium light by using a diffraction grating, Resolving power of prism(complete set up), Resolving power of grating(complete set up), Comparision of eluminating powers by a photometer(full apparatus), measurement of specific rotation and concentration of sugar solution using polaimeter, Focal length of lens by nodal side assembly, resolving power of telescope(complete set up)