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In the figure shown a thin parallel beam...

In the figure shown a thin parallel beam of light is incident on a plane mirror `m_(1)` at small angle `'theta'` . `m_(2)` is a concave mirror of focal length `'f'` . After three successive reflefctions of this beam the `x` and `y` coordinates of the image is

A

`A. x=f-d,y=ftheta`

B

`B. x=d+f,y=ftheta`

C

`C. x=f-d,y=-ftheta`

D

`D. x=d-f,y=-ftheta`

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D
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RESONANCE ENGLISH-GEOMATRICAL OPTICS -Exercise-2
  1. A beam of white light is incident on a hollow prism of glass. Then

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  2. Two plane mirrors of lingth L are separated by distance L and a man M(...

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  3. In the figure shown a thin parallel beam of light is incident on a pla...

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  4. The distance between an object and its doubly magnified image by a con...

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  5. In the figureshownm the image of a real object is formed at point I. A...

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  6. In the shown figure M(1) and M(2) are two concave mirrors of the same ...

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  7. In the given figure a parallel beam of ligth is incident on the upper ...

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  8. In an isosceles prism of angle 45^@, it is found that when the angle o...

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  9. In the figure shown the radius of curvature of the left & right surfac...

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  10. STATEMENT -1: A white parallel beam of light is incident on a plane gl...

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  11. A fluorescent lamp of length 1m is placed horizontally at a depth of 1...

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  12. A plane mirror 50 cm long, is hung on a vetical wall of a room, with i...

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  13. A light ray I is incident on a plane mirror M. The mirror is rotated i...

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  14. A buring candle is placed in front of a concave spherical mirror on it...

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  15. A concave mirror forms real image of a point source lying on the optic...

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  16. A concave mirror of focal length 10cm and a convex mirror of focal len...

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  17. The x-y plane is the boundary between two transparent media. Medium-1 ...

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  18. (a) In the figure shown a slab of refractive index (3)/(2) is moved to...

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  19. Mirror in the arrangement shown in figure is moving up with speed 8 cm...

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  20. A point object is placed on principal axis of a concave mirror of radi...

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