What is the minimum thickness of a soap bubble needed for constructive interference in reflected light, if the light incident on the film is 750 nm? Assume that the refractive index for the film is `n=1.33`

What is the minimum thickness of a soap film needed for constructive interference in reflected light, if the light incident on the film is 750 nm? Assume that the refractive index for the film is mu = 1.33.

What is the minimum thickness of a soap bubble needed for constructive interference in reflected light if the light incident on the film has wavelengths 900 nm ? Assume the refractive index for the film is mu = 1.5

What is the minimum thickness of a thin film required for constructive interference in the reflected light from it ? Give, the refractive index of the film = 1.5 wavelength of the light incident on the film = 600 nm

What is the minimum thickness of a thin film required for constructive interference in the reflected light from it ? Given, the refractive index of the film = 1.5, wavelength of the light incident on the film = 600 nm.

What is the minimum thickness of thin film required for constructive interference in the reflected light through it ? (Given, the refractive index of the film =1.5, wavelength of the lilght incident on the film =600 nm.

What is the minimum thickness of thin film required for constructive interference in the reflected light through it ? (Given, the refractive index of the film =1.5, wavelength of the lilght incident on the film =600 nm.

Calculate the minimum thickness of a soap film (n= 1.33) that results in constructive interference in reflected light, if the film is illuminated with light whose wavelength in free space is 532 nm.