As the position of an object (u) reflect...

As the position of an object (u) reflected from a concave mirror is varied, the position of the image (v) also varies. By latting the u changes from 0 to `+ oo` the graph between v versus u will be

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

RAY OPTICS
DC PANDEY|Exercise B. More than one option is correct|20 Videos
RAY OPTICS
DC PANDEY|Exercise C. comprehension type question|14 Videos
RAY OPTICS
DC PANDEY|Exercise Integer type q.|15 Videos
PROPERTIES OF MATTER
DC PANDEY|Exercise Integer|8 Videos
ROTATION
DC PANDEY|Exercise (C) Chapter Exercises|39 Videos

Similar Questions

Explore conceptually related problems

As the position of an object (u) reflected from a concave mirrorr is varies, the position of the image (v) also varies. By letting the u changes from 0 to +oo the graph between v versus u will be

When an object is placed at infinite distance from a concave mirror, what is the position of the image?

The image of an object is formed at infinite distance from a concave mirror. The position of the object is _______.

The graph between u and v for a convex mirrorr is

The graph between (1)/(v) and (1)/(u) for a concave mirror looks like.

A real inverted image in a concave mirror is represented by ( u , v , f are corrdinates)

In an optics experiment, with the position of the object fixed, a student varies the position of a convex lens and for each position, the screen is adjustment to get a clear image of the object. A graph between the object distance u and image distance v from the lens, is plotted using the same scale for the axes. A straight line passing through origin and making an angle of 45^@ with the x-axis meets the experimental curve at P . The coordinate of P will be.

DC PANDEY-RAY OPTICS-A. Only one option is correct (JEE Advance)

A plane mirror is placed at origin parallel of y-axis, facing the posi...
Text Solution
|
As the position of an object (u) reflected from a concave mirror is va...
Text Solution
|
A 2 cm diameter coin rests flat on the bottom of a bowl in which the w...
Text Solution
|
Refraction takes place at a convex spherical boundary separating air-g...
Text Solution
|
Light is incident normally on face AB of a prism as shown in Figure. A...
Text Solution
|
An infinitely long rod lies along the axis of a concave mirror of foca...
Text Solution
|
Two point sources S(1) and S(2) are 24 cm apart. What should a convex ...
Text Solution
|
Two identical thin planoconvex lenses of refractive index n are silver...
Text Solution
|
A refracting surface is represented by the equation x^(2)+y^(2) = a^(2...
Text Solution
|
An object infront of a concave mirror of focal length f. A virtual ima...
Text Solution
|
For an equilateral prism, it is observed that when a ray strikes grazi...
Text Solution
|
A convex lens of focal length 30 cm forms a real image three times lar...
Text Solution
|
A real image is formed by a convex lens. Then it is put in contact wit...
Text Solution
|
A convex lens is in contact with a concave lens. The magnitude of the ...
Text Solution
|
What is the minimum value of the refractive index for a 90^(@)-45^(@)-...
Text Solution
|
An object O is placed in front of a small plane mirror M(1) and a larg...
Text Solution
|
An object is kept at a distance of 16 cm from a thin lens and the imag...
Text Solution
|
A plane mirror is placed at the bottom of a tank containing a liquid o...
Text Solution
|
A real image of a point object O was formed by an equi-convex lens of ...
Text Solution
|
One side of a glass slab is silvered as shown. A ray of light is incid...
Text Solution
|