Two thin transparent film of mica and glass are placed in the path

Solution For - Two thin transparent film of mica and glass are placed in the path of two waves. If their thickness are 3t and 2t respectively. What should be refractive index of mica so that central m
- Two thin transparent film of mica and glass are placed in the path of two waves. If their thickness are 3t and 2t respectively. What should be refractive index of mica so that central maximum is found at O(mglass ​=1.5) ?
Video solution 1: - Two thin transparent film of mica and glass are placed in the path of two waves. If their thickness are 3t and 2t respectively. What should be refractive index of mica so that central maximum is found at O(mglass ​=1.5) ?
Video solution 2: - Two thin transparent film of mica and glass are placed in the path of two waves. If their thickness are 3t and 2t respectively. What should be refractive index of mica so that central maximum is found at O(mglass ​=1.5) ?

When a thin transparent plate of thickness t and refractive index mu is placed in the path of one of the two interfering waves of light then the path difference changes by

Filo Student Questions For CBSE , Class 12 , Physics

Filo Student Questions For CBSE , Class 12 , Physics

Filo Student Questions For CBSE , Class 12 , Physics

In YDSE, two thin transparent film of mica and glass are put in the path of two waves from - Physics - Wave Optics - 12624165

15 Find the position of final image from first lens. Given, focal length ..

In YDSE, two thin transparent films of mica and glass are put in the path of two waves from coherent sourcesS1andS2. If their thicknesses are 3t and 2t respectively, what should be

Filo Student Questions For CBSE , Class 12 , Physics

In YDSE, two thin transparent films of mica and glass are put in the path of two waves from coherent sourcesS1andS2. If their thicknesses are 3t and 2t respectively, what should be

15 Find the position of final image from first lens. Given, focal length ..