supply and installation of equipment for department of physics , physics , set up to determine g and velocity for a freely falling body using digital timing technique , set up to determine the valueof g using bar pendulum , set up to compare capacitances using de’sauty’s bridge , set up to verify the superposition, and maximum power transfer theorems , set up to study response curve of a series lcr circuit and determine its ( a ) resonant frequency, ( b ) impedance at resonance, ( c ) quality factor q, and ( d ) band width , set up to study the response curve of a parallel lcr circuit and determine its ( a ) anti-resonant frequency and ( b ) quality factor q , set up to determine stefan’s constant using thermocouple , set up to calibrate a thermocouple to measure temperature in a specified range using ( i ) null method, ( ii ) direct measurement using op-amp difference amplifier and to determine neutral temperature , set up to determine the excitation potential of mercury / argon by franck-hertz experiment , set up to study photo-electric effect: photo current versus intensity and wavelength of light; maximum energy of photo-electrons versus frequency of light , set up to determine the absorption lines in the rotational spectrum of iodine vapour , set up to study of v-i & power curves of solar cells, and find maximum power point & efficiency. , set up to study the characteristics of a bipolar junction transistor in ce configuration , set up to investigate the use of an op-amp as an integrator / differentiator , set up to measure the dielectric constant of a dielectric materials with variation of frequency , set up to measure the resistivity of a semiconductor ( ge ) with temperature by four-probe method ( room temperature to 150 0c ) and to determine its band gap , set up to determine the hall coefficient of a semiconductor sample. , set up to analyze elliptically polarized light by using a babinet’s compensator , set up to determine the wavelength and velocity of ultrasonic waves in a liquid ( kerosene oil, xylene, etc. ) by studying the diffraction through ultrasonic grating , set up to determine the refractive index of ( 1 ) glass and ( 2 ) a liquid by total internal reflection using a gaussian eyepiece , set up to verify the law of malus for plane polarized light , cathode ray oscilloscope ( 30 mhz dual trace ) , travelling microscope , function generator , all in one desktop computer 10th gen, intel core i3-1005g1, 1.1ghz 8gb ram, 512 gb ssd, 23.8 inch fhd display….. model:24-dp0816in , all in one desktop computer hp omen core i5 10th gen ( 8gb / 512gbssd…. , equilateral glass prism for spectrometer , servo stabiliser -10kva model:6346 , servo stabiliser - 5kva model: 6344 , scanner cum laser printer , set up to determine the band gap by measuring the resistance of a thermistor at different temperature , spectrometer-dia:7 inch; vernier constant:20sec , set up to study the pe hysteresis loop of a ferroelectric crystal , to study the i-v characteristics of zener diode and its use as voltage regulator , study of v-i and power curves of solar cells and find maximum power point and efficiency , to determine plank’s constant using leds of at least 4 different colour , set up to study the complete i-v characteristics of a tunnel diode , set up to study half adder, full adder and fourbit binary adder , set up to study half subtractor , full subtractor, adder-subtractor using full adder ic , to determine self-inductance of a coil by anderson’s bridge , to study the motion of spring and calculate ( a ) spring constant, ( b ) g and ( c ) modulus of rigidity , to determine the elastic constants of a wire by searle’s method , ac milivoltmeter , regulated dc power supply , regulated dc power supply , ballistic galvanometer , dead beat galvanometer , digital weighing machine , portable type pointer galvanometer