List of top Physics Questions on Wave optics asked in JKCET

In an experiment using Young?s double slit, what will be the value of fringe width $ \beta $ , if the wavelength is doubled?

In a Young?s double slit experiment, the two slits which are separated by $ 1.2\, mm $ are illuminated with a monochromatic light of wavelength $ 6000 $ angstorm. The interference pattern is observed on a screen placed at a distance of $ 1m $ from the slits. Find the number of bright fringes formed over $ 1 \,cm $ width on the screen.

Values for Brewster's angle can be

Unpolarized light falls on two polarizing sheets placed one on top of other. If the intensity of transmitted light is one fourth of the incident light, the angle between them is

If two slits in Young's experiment are $ 0.4\,mm $ apart and fringe width on a screen $ 200\,cm $ away is $ 2\,mm $ the wavelength of light illuminating the slits is

Which of the following is false for interference of light?

In a single-slit diffraction experiment, the width of the slit is reduced by half. Which of the following needs to be done if the width of the central maxima has to remain the same?

Which of the following is true for the minimum angular separation of two stars, $\Delta \theta_{\min }$ can be resolved by a telescope? In the following aperture is the diameter of the objective

In Young's double slit experiment, the fringe width with light of wavelength $6000 \,?$ is $3 \,mm$. The fringe width, when the wavelength of light is changed to $4000 \,?$ is

The angle of incidence of light is equal to Brewster's angle, then (A) reflected ray is perpendicular to refracted ray (B) refracted ray is parallel to reflected ray (C) reflected light is polarized having its electric vector in plane of incidence (D) refracted light is polarized

Colours in thin films are due to