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Question

When an object is moved slowly and gradually closer to a convex mirror from infinity towards the pole (P), what can we say about the image?

The correct answer is
Moves from the principal focus (F) towards the pole (P)

Convex Mirror Image Movement Analysis

A convex mirror consistently forms images that are virtual, erect, and diminished. These images are always located between the pole (P) and the principal focus (F) of the mirror.

Initial Position: When the object is at infinity, the image is formed exactly at the principal focus (F). This image is virtual and highly diminished.

Movement Scenario: As the object starts moving slowly from infinity towards the pole (P), the image undergoes a corresponding movement.

  • The image begins its journey from the principal focus (F).
  • It gradually moves away from the focus and closer to the pole.
  • The image position shifts from F towards P.

Therefore, as the object moves from infinity towards the pole of a convex mirror, the image moves from the principal focus (F) towards the pole (P).

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Important Questions from Physics

  1. What special name is given to the frictional force exerted by a fluid?

  2. ______ is used in periscope.

  3. Zero degree centigrade is equal to what degree Fahrenheit?

    A. 100°F

    B. 30°F

    C. 34°F

    D. 32°F   

  4. Keeping voltage constant, if more lamps are put into a series circuit, the overall current in the circuit:

    A. Increases

    B. Decreases

    C. Remains the same

    D. Becomes infinite

  5. Excessive curvature of eye lens leads to _______

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