then the film appears bright for

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White light may be considered to be mixture of wave with λ. ranging between 3900 A˚ and 7800 A˚. An oil film of thickness 10,000 A˚ is examined normally by the reflected light. If examined normally by the reflected light. If μ = 1.4, then the film appears bright for
11
Nov
White light may be considered to be mixture of wave with λ. ranging between 3900 A˚ and 7800 A˚. An oil film of thickness 10,000 A˚ is examined normally by the reflected light. If examined normally by the reflected light. If μ = 1.4, then the film appears bright for 000 A˚ is examined normally [...]
Posted in: Chapter 10 - Wave Optics , MTG NEET Physics , Part 2 ,
Tags: 000 A˚ is examined normally by the reflected light. If examined normally by the reflected light. If μ = 1.4 , then the film appears bright for , White light may be considered to be mixture of wave with λ. ranging between 3900 A˚ and 7800 A˚. An oil film of thickness 10 ,
White light may be considered to be mixture of waves of λ ranging between 3900Å and 7800Å . An oil film of thickness 10,000Å is examined normally by the reflected light. If μ=1.4 , then the film appears bright for
13
Sep
White light may be considered to be mixture of waves of λ ranging between 3900Å and 7800Å . An oil film of thickness 10,000Å is examined normally by the reflected light. If μ=1.4 , then the film appears bright for 000Å is examined normally by the reflected light. If μ=1.4 then the film appears bright [...]
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Tags: 000Å is examined normally by the reflected light. If μ=1.4 , then the film appears bright for , White light may be considered to be mixture of waves of λ ranging between 3900Å and 7800Å . An oil film of thickness 10 ,