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PQ type incident radiation and RS is the...

PQ type incident radiation and RS is the reflected ray. They are both parallel. So which mirror on the right makes this possible? There may be one or more reflections through the mirror.

A

Plane mirror

B

Convex mirror

C

Plane and concave mirror

D

An concave mirror

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The correct Answer is:
A, C, D

PQ and RS rays parallel to a given concave mirror.
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KUMAR PRAKASHAN-RAY OPTICS AND OPTICAL INSTRUMENTS-SECTION-D (MULTIPLE CHOICE QUESTIONS (MCQs))(MCQs FROM .DARPAN. BASED ON TEXTBOOK)
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  2. If a ray of light is incident on a plane mirror at an angle of 30^@, t...

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  3. An object is placed at a distance of 25 cm on the axis of a concave mi...

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  4. For a thin convex lens when the heights of the object is double than i...

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  5. A point object O is placed midway between on the common axis of two co...

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  6. For ..... mirror, height of image is always ...... than height of obje...

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  7. An object is placed at a distance 40 cm in front of concave mirror. Fo...

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  8. A convex mirror having focal length 20 cm is used as side glass in car...

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  9. In which of the following mirrors can a person not see a reflection la...

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  10. Object is placed 60 cm away from convex mirror. If magnification is 0....

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  11. Lateral magnification of an object by spherical mirror is 0.3. If foca...

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  12. Plane mirror is moving towards you at 5 cm//s. You can see your image ...

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  13. PQ type incident radiation and RS is the reflected ray. They are both ...

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  14. Focal length of concave mirror is f and ratio of heights of object to ...

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  15. If f is focal length and v is image distance for spherical mirror, the...

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  16. If f is focal length and u is object distance for spherical mirror, th...

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  17. If image obtained from concave mirror of focal length f is (1/n)^(th) ...

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  18. An image of an object obtained by a convex mirror is n times smaller t...

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  19. If real image obtained from concave mirror of focal length f is n time...

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  20. In an experiment to find focal length of a concave mirror a graph is d...

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