what is the minimum distance from real object to a real image in a concave mirror
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According to the Concave Lens ray diagrams, the minimum distance between the object and the image occurs when the object is placed on the center of curvature (C). In this case, the distance is zero as both the image and object form on the same point.
The image in this case is real, inverted and of the same size as the object.the object and the image, both are at the centre of curvatureof the concave mirror.
the image formrd is real and inverted.
distance between object and its image = c-c = 0 units....minimum distance or zero distance. (hope you like it )add me on brainlist
The image in this case is real, inverted and of the same size as the object.the object and the image, both are at the centre of curvatureof the concave mirror.
the image formrd is real and inverted.
distance between object and its image = c-c = 0 units....minimum distance or zero distance. (hope you like it )add me on brainlist
Answered by
1
According to the concave lens the minimum distance between the object and images occurs when the obj is placed at the centre of curvature.hence in this cases the distance is zero
As these both are forming on the same plane.
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As these both are forming on the same plane.
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