283365 In double slit experiment with sodium light \((\lambda=5890 \AA)\), the angular width of interference fringes is \(0.20^{\circ}\). The change in wavelength required to increase the angular width by \(10 \%\) will be

283366 The Young's double slit experiment is performed with blue and with green light of wavelength \(4360 \AA\) and \(5460 \AA\) respectively. If \(X\) is distance of \(4^{\text {th }}\) maximum from the central one, then

283367 In two separate set- ups of the Young's double slit experiment, fringe of equal width are observed when lights of wavelengths in the ratio \(1: 2\) are used. If the ratio of the slit separation in the two cases is \(2: 1\) the ratio of the distance between the plane of the slits and the screen in the two set-ups is

283369 In a Young's double slit experiment the angular width of a fringe formed on a distant screen is \(1^{\circ}\). The wavelength of the light used is \(6280 \AA\). What is the distance between the two coherent sources?

283365 In double slit experiment with sodium light \((\lambda=5890 \AA)\), the angular width of interference fringes is \(0.20^{\circ}\). The change in wavelength required to increase the angular width by \(10 \%\) will be

283366 The Young's double slit experiment is performed with blue and with green light of wavelength \(4360 \AA\) and \(5460 \AA\) respectively. If \(X\) is distance of \(4^{\text {th }}\) maximum from the central one, then

283367 In two separate set- ups of the Young's double slit experiment, fringe of equal width are observed when lights of wavelengths in the ratio \(1: 2\) are used. If the ratio of the slit separation in the two cases is \(2: 1\) the ratio of the distance between the plane of the slits and the screen in the two set-ups is

283369 In a Young's double slit experiment the angular width of a fringe formed on a distant screen is \(1^{\circ}\). The wavelength of the light used is \(6280 \AA\). What is the distance between the two coherent sources?

283365 In double slit experiment with sodium light \((\lambda=5890 \AA)\), the angular width of interference fringes is \(0.20^{\circ}\). The change in wavelength required to increase the angular width by \(10 \%\) will be

283366 The Young's double slit experiment is performed with blue and with green light of wavelength \(4360 \AA\) and \(5460 \AA\) respectively. If \(X\) is distance of \(4^{\text {th }}\) maximum from the central one, then

283367 In two separate set- ups of the Young's double slit experiment, fringe of equal width are observed when lights of wavelengths in the ratio \(1: 2\) are used. If the ratio of the slit separation in the two cases is \(2: 1\) the ratio of the distance between the plane of the slits and the screen in the two set-ups is

283369 In a Young's double slit experiment the angular width of a fringe formed on a distant screen is \(1^{\circ}\). The wavelength of the light used is \(6280 \AA\). What is the distance between the two coherent sources?

283365 In double slit experiment with sodium light \((\lambda=5890 \AA)\), the angular width of interference fringes is \(0.20^{\circ}\). The change in wavelength required to increase the angular width by \(10 \%\) will be

283366 The Young's double slit experiment is performed with blue and with green light of wavelength \(4360 \AA\) and \(5460 \AA\) respectively. If \(X\) is distance of \(4^{\text {th }}\) maximum from the central one, then

283367 In two separate set- ups of the Young's double slit experiment, fringe of equal width are observed when lights of wavelengths in the ratio \(1: 2\) are used. If the ratio of the slit separation in the two cases is \(2: 1\) the ratio of the distance between the plane of the slits and the screen in the two set-ups is

283369 In a Young's double slit experiment the angular width of a fringe formed on a distant screen is \(1^{\circ}\). The wavelength of the light used is \(6280 \AA\). What is the distance between the two coherent sources?