In`YDSE`,how many maxima can be obtained on the screen if wavelength of light used is `200nm`and `d=700nm`:

In YDSE how many maxima can be obtained on the screen if wavelength of light used is 200nm and d = 700 nm.

The wavelength of red light is close to 700 nm.

In YDSE, how many maximas can be obtained on a screen including central maxima in both sides of the central fringe if lamda=3000Å,d=5000Å

In standard Young's double-slit experiment, 9 fringes are found to be formed in a portion of screen. Wavelength of light used is 600 nm. How many fringes will be formed in the same portion of screen if wavelength of light is changed to 450 nm?

In Young's double slit experiment, how many maxima can be obtained on a screen (including central maxima). If d=(5lambda)/2 (where lambda is the wavelength of light)?

In Young's double slit experiment, how many maxima can be obtained on a screen (including central maxima). If d=(5lambda)/2 (where lambda is the wavelength of light)?

A plane wavefront (wavelength =lambda ) is falling on YDSE apparatus as shown in the figure. The lower half of it is filled with water (refractive index =1.5 ). How many maximas can be theoretically obtained on the screen if d=98 lambda and D=20000 lambda (including the maxima at infinity)

A plane wavefront (wavelength =lambda ) is falling on YDSE apparatus as shown in the figure. The lower half of it is filled with water (refractive index =1.5 ). How many maximas can be theoretically obtained on the screen if d=98 lambda and D=20000 lambda (including the maxima at infinity)

In a YDSE, distance between the slits and the screen is 1m, separation between the slits is 1mm and the wavelength of the light used is 5000nm . The distance of 100^(th) maxima from the central maxima is: