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AP Physics 2
13.2 Images Formed by Mirrors
13.1 Reflection
IntermediateMCQProportional AnalysisConceptual17.9k
Side view of a person standing at distance \(d\) in front of a flat vertical mirror.
Side view of a person standing at distance \(d\) in front of a flat vertical mirror.
A person of total height \(H = 1.60 \text{ m}\) stands upright at a distance \(d = 1.5 \text{ m}\) in front of a flat, vertical mirror mounted on a wall. The person's eyes are located \(0.10 \text{ m}\) below the top of their head. Which of the following correctly states the minimum vertical length of the mirror required for the person to view their complete reflection from head to toe, and describes how this required length changes if the person moves to a distance of \(3.0 \text{ m}\) from the mirror?

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