An infinitely long rod lies along the ax...

An infinitely long rod lies along the axis of a concave mirror of focal length f. The near end of the rod is distance `u gt f` from the mirror. Its image will have length

`f^(2) // (u-f)`

`uf(u -f)`

`f^(2) (u + f)`

`uf//(u+f)`

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

RAY OPTICS
MOTION|Exercise Exercise-3|65 Videos
RAY OPTICS
MOTION|Exercise Exercise-4|38 Videos
RAY OPTICS
MOTION|Exercise Exercise-1|102 Videos
RADIOACTIVITY & NUCLEAR PHYSICS
MOTION|Exercise Exercise-3|81 Videos
ROTATIONAL MOTION
MOTION|Exercise Exercise - 3 ( Section-B )|24 Videos

Similar Questions

Explore conceptually related problems

An infinity long rod lies along the axis of a concave mirrror of focal length f.The near end of a the rod is at a distance ugtf from the mirror ,Its image will have a length:

For a concave mirror of focal length f, image is 2 times larger. Then the object distance from the mirror can be

A rod of length (f/2) is placed along the axis of a concave mirror of focal length f. If the near ead of the real image formed by the mirror just touches the far end of the rod, find its magnification.

A short linear object of length b lies on the axis of a concave mirror of focal length F at a distance u from the pole. The length of the image will be

A short linear object of length b lies along the axis of a concave mirror or focal length f at a distance u from the pole of the mirror. The size of the image is approximately equal to

A short linear object of length b lies along the axis of a concave mirror of focal length f at a distanee u from the pole of the mirror. The size of the image is approximately equal to

A short linear object, of length l, lies along the axis of a concave mirror, of focal length f, at a distance d from the pole of the mirror. The size of the image is then (nearly)

MOTION-RAY OPTICS-Exercise-2

Statement I : Magnification of a convex mirror is always positive. S...
Text Solution
|
Image formed by a concave mirror radius of curvature 40 cm is half the...
Text Solution
|
An infinitely long rod lies along the axis of a concave mirror of foca...
Text Solution
|
In a concave mirrorr experiment, an object is placed at a distance x(1...
Text Solution
|
A small piece of wire bent into an L shape, with upright and horizonta...
Text Solution
|
A mark at the bottom of a liquid appears to rise by 0.1m. The depth of...
Text Solution
|
Given that, velocity of light in quartz =1.5xx10^(8)m//s and velocity ...
Text Solution
|
A ray of light of refractive index 1.4approaches the boundary surface ...
Text Solution
|
Light ray is incident on a prism of angle A=60^(@)and refractive index...
Text Solution
|
A prism of refractive index sqrt(2) has a prism angle of 60^(@). At wh...
Text Solution
|
Statement I : White light gets dispersed when passed through a prism. ...
Text Solution
|
A ray of light enters a rectangular glass slab of refractive index sqr...
Text Solution
|
For two given statements : (1) Critical angle is greater for violet l...
Text Solution
|
For two given statements : (1) A prism can produce a minimum deviat...
Text Solution
|
Refractive index of a prism is sqrt(7//3) and the angle of prism is 60...
Text Solution
|
An object is placed at 10 cm from a lens and real image is formed with...
Text Solution
|
A thin symmetrical double convex lens of power P is cut into three par...
Text Solution
|
A thin linear object of size 1mm is kept along the principal axis of a...
Text Solution
|
A concave mirror and a convex lens are of the same focal length in air...
Text Solution
|
A convex lens of focal length 10 cm is in contact with a concave lens....
Text Solution
|