$A$ small linear object is placed on the optical axis of a concave mirror. If the distance of the nearest end of the object from the mirror is greater than the radius of curvature,then:
- A$A$ real and magnified image will be formed.
- B$A$ virtual and magnified image will be formed.
- C$A$ real and diminished image will be formed.
- D$A$ virtual and diminished image will be formed.
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In the parallax method for the determination of the focal length of a concave mirror, the object should always be placed:
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View SolutionDistance between an object and its three times magnified real image is $40 \ cm$. The focal length of the mirror used is . . . . . . $cm$.
$A$ square cardboard of side $3\, cm$ is placed $25\, cm$ from a concave mirror of focal length $10\, cm$. What is the area enclosed by the image of the cardboard? (The plane of the cardboard is perpendicular to the principal axis.)
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View SolutionMatch the corresponding entries of Column-$I$ with Column-$II$. [Where $m$ is the magnification produced by the mirror]
Column-$I$ Column-$II$ $1$. $m = -2$ a. Convex mirror $2$. $m = -1/2$ b. Concave mirror $3$. $m = +2$ c. Real image $4$. $m = +1/2$ d. Virtual image
| Column-$I$ | Column-$II$ |
| $1$. $m = -2$ | a. Convex mirror |
| $2$. $m = -1/2$ | b. Concave mirror |
| $3$. $m = +2$ | c. Real image |
| $4$. $m = +1/2$ | d. Virtual image |
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View SolutionWhich of the following graphs represents the magnification of a real image against the distance from the focus of a concave mirror?
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