A student uses a convex lens to project an image of a tree onto a wall. If the image is found to be smaller than the tree, what can be inferred about the tree's position relative to the lens?

Question

A student uses a convex lens to project an image of a tree onto a wall. If the image is found to be smaller than the tree, what can be inferred about the tree's position relative to the lens? — Exam MCQ

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B. The tree is placed beyond twice the focal length (beyond 2F) of the lens. — Newton's first law describes inertia: an object continues in its state of rest or uniform motion unless acted upon by an external unbalanced force.

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A. The tree is at twice the focal length from the lens.

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C. The tree is between the lens and its focal point.

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D. The tree is at the focal point of the lens.

A student uses a convex lens to project an image of a tree onto a wall. If the image is found to be smaller than the tree, what can be inferred about the tree's position relative to the lens?

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