To observe the interference and/or diffraction patterns formed by passing laser light through varies slits (including single, double or multiple slits). In addition, the effects of the wavelength of light (λ), separation between slits (d) and distance between the slits and screen (D) on the observed pattern will be investigated.
To study the effects of magnet thickness, coil turns and rotation speed on e.m.f. produced.
To conduct ultrasound A- and B-scans for demonstrating the principle of ultrasound imaging in determining structures hidden from vision.
To study the effect of frequency and intensity of light on the stopping potential in photoelectric effect; and determine an experimental value of Planck’s constant.
To study the absorption of radiation in different materials; determine the absorption coefficients of Beta radiation in aluminum; and investigate the inverse square law for -radiation.
Offline Website Builder