For a real object, placed in front of a spherical mirror, an image of magnitude of magnification 2 is formed
The nature of the mirror and the position of the object respectively are (symbols have their usual meanings)
(1) Converging, between F and C
(2)
Converging, beyond C
(3) Converging, between Fand P
(4) Diverging, between Fand C
a
Answers
Answer:
The spherical mirror can not be
convex because it does not form
real image (that can be formed on a screen).
So, the mirror has to be
conceal. In case of concave mirror,
the real image is formed if the
object distance greater than focal
length. For enlarged real image
the object should be placed
between the center and focus of
the mirror. The image formed
will be real, enlarged and inverted
so, the magnification will be -2.
Answer:
he spherical mirror can not be
convex because it does not form
real image .It always form virtual images. So obviously Its a concave mirror i.e converging mirror.
Explanation:
In case of concave mirror,
the real image is formed.
The
object distance is greater than focal
length because magnification produced is positive.
For enlarged real image
the object should be placed
between the center and focus of
the mirror. The image formed
will be real, enlarged and inverted
so, the magnification will be 2.
Therefore, correct option is
(i) b/w F & C
hope it helps!