﻿ Figure shows two rays A and B being reflected by a mirror and going as A` and B`. The mirror                                                                                : Kaysons Education

# Figure Shows Two Rays A And B Being Reflected By A Mirror And Going As A` And B`. The Mirror

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## Question

### Solution

Correct option is

Is plane

Check the options

Option (c) is not possible because concave mirror is diverging.

Option (b) is not possible because all parallel ray should converge at a single pt. (focal pt)

#### SIMILAR QUESTIONS

Q1

Two plane mirrors are parallel to each other and spaced 20 cm apart. A luminous point object is placed between them and 5 cm from one mirror. What are the distances from each mirror of the three nearest images in each?

Q2

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Q3

Two bodies A and B are moving towards a plane with speeds VA and VB respectively as shown in figure. The speed of image of A with respect to the body B is

Q4

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Q6

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Q7

A thin flat glass plate is placed in front of a convex mirror. At what distance b from the plate should a point source of light S be placed so that its image produced by the rays reflected from the front surface of the plate coincides with the image formed by the rays reflected from the mirror? The focal length of the mirror is f = 20 cm and the distance from the plate to the mirror a = 5 cm. How can the coincidence of the images be established by direct observation

Q8

A screen S is placed a distance b = 5 cm from a circular convex mirror as shown in figure. An object RP of height h = 3 cm is arranged a distance a = 5 cm from the screen. Where must an observer position himself to see the image of the entire object? What are the maximum dimensions of the object (with the given arrangement of the object, the mirror and the screen) for the mirror to reproduce and image of the entire object? The diameter of the mirror is d = 10cm.

Q9

A point object is placed at a distance of 30 cm from a convex mirror of focal length 30 cm. the image will form at

Q10

Figure shows three transparent media of refractive indices µ1, µ2 and µ3. A point object O is placed in the medium µ2. If the entire medium on the right of the spherical surface has refractive index µ1, the image forms at O`. If this entire medium has refractive index µ3, the image forms at O``. In the situation shown,