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7.1 Apparent Depth and shift of Submerged Object At near norma

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7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: $d^{p r im e} = \frac{d}{n _{e x t re l a t i v e}}$ and $v^{p r im e} = \frac{v}{n _{e x t re l a t i v e}}$

Name: Video solution 1: 7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: dprime=nextrelatived and vprime=nextrelativev
Uploaded: 2022-10-19T02:35:01.000Z
Duration: 4 min
Description: Video solution 1: 7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: dprime=nextrelatived and vprime=nextrelativev

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Updated on: Oct 19, 2022

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Liam Discussed

7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by:

d^{p r im e} = \frac{d}{n _{e x t re l a t i v e}}

and

v^{p r im e} = \frac{v}{n _{e x t re l a t i v e}}

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Question Text	7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: $d^{p r im e} = \frac{d}{n _{e x t re l a t i v e}}$ and $v^{p r im e} = \frac{v}{n _{e x t re l a t i v e}}$
Updated On	Oct 19, 2022
Topic	Optics
Subject	Physics
Class	Class 12
Answer Type	Video solution: 1
Upvotes	98
Avg. Video Duration	4 min

7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: $d^{p r im e} = \frac{d}{n _{e x t re l a t i v e}}$ and $v^{p r im e} = \frac{v}{n _{e x t re l a t i v e}}$

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7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: dprime=nextrelative​d​ and vprime=nextrelative​v​

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7.1 Apparent Depth and shift of Submerged Object At near normal incidence (small angle of incidence i) apparent depth (d) is given by: $d^{p r im e} = \frac{d}{n _{e x t re l a t i v e}}$ and $v^{p r im e} = \frac{v}{n _{e x t re l a t i v e}}$