tender for list of instrument require of physics-- 1 instruments and skulls (non-recurring) & tentative total for non-recurring practical requirements 2 1. to calibrate a polarimeter and determine the specific rotation of a sugar solution using 3 to analyze elliptically polarized light by using babinets compensator 4 1. to determine the wavelength and the velocity of ultrasonic wave in a given liquid 5 1. to verify stefan’s law and to determine stefan’s constant by electrical method. 6 1. to determine the refractive index of (1) glass and (2) a liquid by total internal reflection 7 to determine the boltzmann constant using v-i characteristics of pn junction diode 8 1. verification of cauchys relation by plotting a dispersion curve using a prism spectrometer. 9 1. verification of brewster’s law and finding of the brewster’s angle. 10 to construct and, or, not gates using diodes and transistors 11 1. to verify the operation of basic gates and, or, not, xor, nor, nand using ics. 12 to design and test the operation of half adder, full adder, half subtractor, and full subtractor 13 to design and test the operation of a 4-bit binary adder and subtractor using ic 7483 14 1. to construct and test of sr, d, jk, and t flip-flops using ics (nand gates). 15 1. to design and test the operation of master-slave jk flip-flop and check the race around conditions. 16 to design 4-bit shift registers (serial-in-serial-out, parallel-in-parallel-out) using d-type flip-flops 17 1. to design 4-bit binary counters (asynchronous and synchronous). 18 1. to design astable and monostable multivibrators using ic 555 timer. 19 1. to determine the electronic charge (e) and the work function (φ) of a cathode material from the plot of the stopping potential (v0) versus frequency using a photocell with a light source of adjustable frequencies (use at least four leds of different colors). 20 1. to determine the planck’s constant from the plot of the stopping potential (v0) versus 21 to calculate the wave number and the wavelength of the h-alpha line in the balmer series of the hydrogen emission spectrum 22 to determine the excitation potentials of mercury byfranck-hertz experiment 23 to determine the value of e/m by (a) magnetic focusing method or (b) using a bar magnet 24 1. to setup the millikan oil drop apparatus and determine the charge of an electron. 25 1. to study v-i characteristics of pn junction diode, and light emitting diode. 26 1. to study the v-i characteristics of a zener diode and its use as voltage regulator. 27 1. study of v-i & power curves of solar cells, and find maximum power point & efficiency. 28 1. to study the characteristics of a bipolar junction transistor in ce configuration. 29 1. to study the frequency response of voltage gain of a rc-coupled transistor amplifier. 30 to study a wien bridge oscillator for a given frequency using an op-amp 31 1. op-amp (741) amplifier set-up. please enable macros to view boq information