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A convergent beam is incident on a conve...

A convergent beam is incident on a convex mirror. Reflected light

A

may form a real image

B

may form a virtual image

C

must form a real image

D

must form a virtual image

Text Solution

AI Generated Solution

The correct Answer is:
To solve the question regarding the behavior of a convergent beam incident on a convex mirror, we will analyze the situation step by step. ### Step-by-Step Solution: 1. **Understanding the Setup**: - A convergent beam of light consists of rays that are coming together at a point. - A convex mirror is a spherical mirror that curves outward and diverges light rays that strike its surface. 2. **Incident Light Rays**: - When the convergent beam is directed towards the convex mirror, the light rays will strike the mirror at different angles. - Due to the nature of the convex mirror, the reflected rays will diverge. 3. **Reflection from the Convex Mirror**: - According to the laws of reflection, the angle of incidence is equal to the angle of reflection. - As the light rays hit the convex mirror, they will reflect outward, creating the appearance of diverging rays. 4. **Formation of Images**: - A real image is formed when light rays converge and can be projected on a screen. However, in the case of a convex mirror, the reflected rays diverge, and thus do not actually meet at a point in front of the mirror. - A virtual image is formed when the reflected rays appear to originate from a common point behind the mirror. This is the case with a convex mirror, where the diverging rays seem to come from a focal point behind the mirror. 5. **Conclusion**: - Since the convergent beam can lead to situations where the light rays either form a virtual image (as is typical with convex mirrors) or may appear to converge at a point (but do not actually meet), we conclude: - The reflected light **may form a real image** (in specific cases where the rays are directed appropriately). - The reflected light **must form a virtual image** (as this is the general behavior of light reflecting off a convex mirror). ### Final Answer: The correct options are: - May form a real image - Must form a virtual image

To solve the question regarding the behavior of a convergent beam incident on a convex mirror, we will analyze the situation step by step. ### Step-by-Step Solution: 1. **Understanding the Setup**: - A convergent beam of light consists of rays that are coming together at a point. - A convex mirror is a spherical mirror that curves outward and diverges light rays that strike its surface. ...
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MODERN PUBLICATION-RAY OPTICS AND OPTICAL INSTRUMENTS-OBJECTIVE TYPE QUESTIONS (C. MULTIPLE CHOICE QUESTIONS)
  1. Which of the following entities related to spherical mirrors do not de...

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  2. Which of the following always forms virtual image for real objects ?

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  3. An object O is placed at the bottom of a container in which water is f...

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  4. The focal length of the objective of a compound microscope is f0 and ...

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  5. Light ray is travelling from a medium of refractive index mu in to air...

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  6. Astronomical telescope is used to observe a planet and final image of ...

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  7. Convex lens of focal length f is used as simple microscope. D is the l...

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  8. For a light ray passing through a prism

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  9. There is a solid transparent sphere with a point object embedded at it...

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  10. There is a thin double convex lens having surfaces of radius of curvat...

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  11. Convergent beam of light is passed through a diverging lens. Light ray...

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  12. A convergent beam is incident on a convex mirror. Reflected light

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  13. Identical objective lenses are used to make Astronomical telescope and...

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  14. Properly cut diamond sparkles because

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  15. A convex lens is used to form image of an object on screen. When half ...

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  16. A transparent slab of thickness d has a refractive index n(z) that inc...

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  17. A plano-covex lens is made of a material of refractive index n. When a...

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  18. A transparent thin film of uniform thickness and refractive index n(1)...

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  19. A ray OP of monochromatic light is incident on the face AB of prism AB...

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  20. For an isosceles prism of angle A and refractive index mu, it is found...

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