Identify the condition, which will form a real, inverted and diminished image.

concave lens, object placed between focus F & pole O.

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convex lens, object placed beyond 2F₁

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convex lens, object placed between F₁ and 2F₁

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concave mirror, object placed between C & F.

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Solution

The correct option is B
convex lens, object placed beyond 2F₁

The ray parallel to the principal axis after refraction passes through $F_{2}$ and the ray which passes through the optical center comes out without any deviation. The refracted rays intersect at a point between $F_{2}$ and 2 $F_{2}$ . The image is inverted, real and diminished.

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Similar questions

An object AB is placed between 2F₁ and F₁ on the principal axis of a convex lens as shown in the diagram:

The image of the object formed by the lens is

A B

2 F_{1}

F_{1}

For a converging lens, if the object is placed between $2 F_{1}$ and $F_{1}$ the image will be formed.

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