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Mark the correct statement(s) w.r.t. a c...

Mark the correct statement(s) w.r.t. a concave spherical mirror.

A

For real extended object, it can form a diminshed virtual image

B

For real extended object, it can form a magnified virtual image

C

For virtual extended object, it can form a diminshed real image

D

For virtual extended object, it can form a magnified real image

Text Solution

Verified by Experts

The correct Answer is:
B, C
Real object, Virtual image(magnified)
Virtual object. Diminished real image
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CENGAGE PHYSICS-GEOMETRICAL OPTICS-Single Correct
  1. Which of the following statement is // are correct about the refracti...

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  2. A luminous point object is placed at O, whose image is formed at I as ...

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  3. Mark the correct statement(s) w.r.t. a concave spherical mirror.

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  4. Mark the correct statement(s) from the following:

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  5. When a real object is placed 25cm from a lens, a real image if formed....

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  6. Two converging lenses of focal lengths f(1)=10cm and f(2)=20cm are pla...

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  7. A real object is moving toward a fixed spherical mirror. The image

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  8. A real point source is 5cm away from a plane mirror whose reflectinig ...

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  9. A plane mirror M is arranged parallel to a wall W at a distance l from...

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  10. A thini, symmetric double convex lens of power P is cut into three par...

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  11. A diverging lens of focal length f(1) is placed in front of and coaxia...

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  12. A converging lens of focal length f(1) is placed in front of and coaxi...

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  13. Which of th efollowing statements are correct?

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  14. A fish F, in the pond is at a depth of 0.8m from the water surface and...

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  15. In the previous question,

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  16. Figure, shows variation of magnification m (produced by a thin convex ...

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  17. An object is placed in front of a converging lens at a distance equal ...

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  18. Converging rays strike a spherical convex mirror such that they can fo...

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  19. In the above question, if the rays were to converge between F and C of...

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  20. In the above question, if the rays were to converge beyond C, then fin...

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