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When reflection occurs from denser to………...

When reflection occurs from denser to………….., then `(mu_(2))/(mu_(1)) = ………` .

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To solve the question, we need to analyze the relationship between the refractive indices of two media when reflection occurs from a denser medium to a rarer medium. ### Step-by-Step Solution: 1. **Understanding the Context**: - We are dealing with two media: a denser medium (medium 1) and a rarer medium (medium 2). - When light travels from a denser medium to a rarer medium, we need to apply Snell's law. ...
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PRADEEP-OPTICS-Exercise
  1. Total internal reflection will occure only when………………in………….medium is…...

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  2. Mirage is accounted for by………….. .

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  3. When reflection occurs from denser to………….., then (mu(2))/(mu(1)) = ……...

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  4. For a double convex lens R(1) is………….. And R(2) is…………… . Therefore, i...

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  5. One dioptre is……………of focal length……… .

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  6. A mark is made on the bottom of beaker and a microscope is focussed on...

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  7. Calculate the speed and wvaelength of light (i) in glass (ii) in air, ...

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  8. The refractive index of diamond is 2.47 and that of glass is 1.51. How...

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  9. A pond of depth 20 cm is half filled with an oil of mu = 1.4 and the o...

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  10. A ray of light is incident at an angle of 60^(@) on one face of a rect...

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  11. In Fig. find the maximum angle i for which light suffers total interna...

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  12. Calculate the critical angle for glass air surface if a ray of light w...

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  13. A small bulb (assumed to be a point source) is placed at the bottom of...

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  14. The refractive indices of glycerine and water are 1.46 and 1.33 repect...

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  15. A point source of monochromatic light 'S' is kept at the centre of the...

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  16. When a fish looks up the surface of a perfectly smooth lake, the surfa...

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  17. A right prism is to be made by selecting a proper material and the ang...

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  18. In Fig. 6(b).80, light rays of blue, green and red wavelength are inci...

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  19. Calculate the speed of light in a medium whose critical angle is 45^(@...

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  20. Velocity of light in a liquid is 1.5 xx 10^(8) m//s and in air, it is ...

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