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Find the position of final image of an o...

Find the position of final image of an object O as shown in figure.

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The correct Answer is:
A, B, C, D

For plane surface, `h_(app)=muh`
`=3/2xx10=15 cm`
This first image is at a distance, `(15+3) cm` from
the plane mirror. So, mirror will make its second
image at a distance `18 cm` below the mirror or
Now further applying,
`d_(app)=d/mu=21/1.5=14 cm`
below the plane surface.
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DC PANDEY-REFRACTION OF LIGHT-Level 1 Subjective
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  2. An air bubble is seen inside a solid sphere of glass (n=1.5) of 4.0 cm...

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  3. Find the position of final image of an object O as shown in figure.

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  7. A glass sphere with 10 cm radius has a 5 cm radius spherical hole at i...

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  8. A glass sphere has radius of 5.0 cm and a refractive index of 1.6. A p...

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  9. A fish is rising up veritcally inside a pond with velocity 4 m//s, and...

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  10. A lens with a focal length of 16 cm produces a sharp image of an objec...

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  11. Two glasses with refractive indices of 1.5 and 1.7 are used to make tw...

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  12. A converging beam of rays in incident on a diverging lens. Having pass...

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  13. A parallel beam of rays is incident on a convergent lens with a focal ...

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  14. An optical system consists of two convergent lenses with focal length ...

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  15. Determine the position of the image produced by an optical system cons...

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  16. A parallel beam of rays is incident on a consisting pf three thin lens...

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  17. A ray of light travelling in glass (mug=3//2) is incident on a horizon...

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  18. A ray of light is incident on the left vertical face of glass cube of ...

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  19. Light is incident from glass (mug=3/2) to water (muw=4/3). Find the ra...

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