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AP Physics 2
13.4 Images Formed by Lenses
13.3 Refraction
AdvancedMCQMathematicalProportional AnalysisConceptual14.9k
A schematic cross-section of a biconvex lens submerged in liquid. The horizontal principal axis passes through the center of the lens. To the left of the lens, a vertical arrow pointing upward represents an object at distance d_o = 30 cm, labeled Object. The surrounding liquid is shaded lightly and labeled n_L = 1.80. The lens material is labeled n_g = 1.50. Ticks marked along the axis indicate the relative placement of points. No other labels, lines, text, or axes appear.
A biconvex glass lens submerged in a high-refractive-index liquid.
A thin biconvex glass lens with refractive index \(n_g = 1.50\) has a focal length of \(+20\text{ cm}\) in air. The lens is placed in a transparent liquid with refractive index \(n_L = 1.80\). An object is positioned in the liquid at a distance of \(30\text{ cm}\) in front of the lens.

RowLens BehaviorImage Type and Orientation
AConvergingReal and inverted
BConvergingVirtual and upright
CDivergingVirtual and upright
DDivergingReal and inverted

Which row correctly identifies whether the submerged lens acts as a converging or diverging lens, and the type and orientation of the image formed?

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