[" Two sources of light of wavelengths "2500" A "],[" and "3500" A are used in Young's double slit "],[" expt.simultaneously.Which orders of fringes "],[" of two wavelength patterns coincide? "]

Two sources of light of wavelengths 2500 Å and 3500 Å are used in Young’s double slit expt. simultaneously. Which orders of fringes of two wavelength patterns coincide?

Two sources of light of wavelengths 2500 Å and 3500 Å are used in Young’s double slit expt. simultaneously. Which orders of fringes of two wavelength patterns coincide?

Two sources of light of wavelengths 2500 Å and 3500 Å are used in Young’s double slit expt. simultaneously. Which orders of fringes of two wavelength patterns coincide?

Two sources of light of wavelenghs 2.500 overset @A and 3,500 overst @A are used in Young's double slit experiment simultaneously.which order s of the fringes of two waelength paterns coincide?

Two sources of light of wavelength 4500 Å annd 6000 Å are used simultaneously in Young's double slit experiment. At which order of the two wavelength pattern,s the fringes coincide?

A beam of light consisting of two wavelength 650nm and 520nm is used to illuminate the slit of a Young's double slit experiment. Then the order of the bright firnge of the longer wavelength that coincide with a bright fringe of the shorter wavelength at the least distance from the central maximum is

If two slightly, different wavelengths are present in the light used in Young's double-slit experiment, then

Two monochromatic sources of light A and B of wavelengths 5500 Å and 4400 Å respectively are used simultanesouly to produce interference bands on a screen. Which orders of the fringes in the two interference patterns will coincide?

Two wavelengths of light lambda_1 and lambda_2 are sent through Young's double slit experiment simultaneously. If the third order bright fringe of lambda_1 coincides with fifth order dark fringe of lambda_2 , then