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A circle is drawn within the interior of a rectangle. Does the circle occupy more than one-half of the rectangle’s area?
(1) The rectangle’s length is more than twice its width.
(2) If the rectangle’s length and width were each reduced by 25% and the circle unchanged, the circle would still fit into the interior of the new rectangle.
Answer: D
Source: Manhattan GMAT
(1) The rectangle’s length is more than twice its width.
(2) If the rectangle’s length and width were each reduced by 25% and the circle unchanged, the circle would still fit into the interior of the new rectangle.
Answer: D
Source: Manhattan GMAT
