A single slit is illuminated by light of wavelength 6000 Ã…. The slit width is 0.1 cm and the screen is placed 1 m away. The angular position of `10^(th)` minimum in radian is

A double slit is illuminated by light of wave length 6000 A^(@) . The slits are 0.1 cm apart and the screen is placed 1m away. Then the angular position of 10^(th) maxima is

A double -slit is illuminated by light of wavelength 5000 Å . The slits are 0.1 cm apart and the screen is placed 1m away. Calculate (i) the angular position of 10^(th) maximum in radian and (ii) separation of the adjacent minima.

A double slit is illuminated by light of wavelength 6000 Å. The slits are 0.1 cm apart and the screen is placed one metre away. calculate : The angular position of the 10th maximum in radians and

A double slit is illuminated by the light of wavelength 12000A .The slits are 0.1 cm apart and the screen is placed one metre away.calculate the angular posiyion of 10 maximum in radians ?

A double slit is illuminated by light of wave length 6000 Å. The slit are 0.1 cm apart and the screen is placed one metre away. Calculate. (i). The angular position of the 10^(th) maximum in radian and (ii). Separation of the two adjacent minimal.

A double slit is illuminated by light of wave length 6000 Å. The slit are 0.1 cm apart and the screen is placed one metre away. Calculate. (i). The angular position of the 10^(th) maximum in radian and (ii). Separation of the two adjacent minimal.

A double slit is illuminated by light of wave length 6000 Å. The slit are 0.1 cm apart and the screen is placed one metre away. Calculate. (i). The angular position of the 10^(th) maximum in radian and (ii). Separation of the two adjacent minimal.

A double slit is illuminated by a light of wavelength 6000 Å. The slits are 0.1 cm apart and the screen is 1 m away. Find (i) The angular position of 10th bright fringe and (ii) Distance between two successive dark bands.