An object is placed in front of a spherical concave mirror between the focal point $(F)$ and the center of curvature $(C)$. Its image is:

  • A
    Inverted,real,farther than the center of curvature from the mirror.
  • B
    Inverted,virtual,closer than the focal point to the mirror.
  • C
    Upright,real,farther than the center of curvature from the mirror.
  • D
    Inverted,real,closer than the center of curvature to the mirror.

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$A$ concave mirror gives an image three times as large as the object placed at a distance of $20\,cm$ from it. For the image to be real,the focal length should be........$cm$

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In the case of spherical mirrors,the images formed on the side of the object and images formed on the opposite side are respectively

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