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(B, C) concave mirror can form a magnified (larger) image in two specific cases:$1$. When the object is placed between the focus $(F)$ and the pole $(

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When the object is placed between the focus and the centre of curvature

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(B, C) concave mirror can form a magnified (larger) image in two specific cases:$1$. When the object is placed between the focus $(F)$ and the pole $(P)$ of the mirror (i.e.,at a distance less than its focal length $f$). In this case,the image formed is virtual,erect,and magnified.$2$. When the object is placed between the focus $(F)$ and the centre of curvature $(C)$. In this case,the image formed is real,inverted,and magnified.Since both options $B$ and $C$ describe conditions where a magnified image is formed,and typically in multiple-choice questions of this nature,both are valid. However,if only one must be chosen,both represent valid physical scenarios. Given the standard options provided,both $B$ and $C$ result in a magnified image.

Under which of the following conditions can a concave mirror form an image larger than the actual object?

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