What is nature of the image formed by a concave mirror if the magnification produced by the mirror is + 0
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The question itself is wrong... Please read the following details:
Magnification =m=hi/ho= -v/u
m is positive for virtual image .
m is negative for real image.
IF m>1 then image size is greater than object size. It's enlarged.
If m= 1 then object size= image size.
If m < 1 then image size < object size. It's diminished.
But we don't have a value m=0
Answered by
1
Since the magnification is 0 then it means that no image will be formed.
According to reflection on a concave mirror, this means that the object has been placed at the Focal point.
When the object is place on the focal point, light rays from the same point on the object will reflect off the mirror and neither converge nor diverge.
In this case then no image is formed and thus the Magnification is +0
According to reflection on a concave mirror, this means that the object has been placed at the Focal point.
When the object is place on the focal point, light rays from the same point on the object will reflect off the mirror and neither converge nor diverge.
In this case then no image is formed and thus the Magnification is +0
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