Construct a quadrilateral \( A B C D \) in which \( A B=5 \) \( \mathrm{~cm}, B C=3 \mathrm{~cm}, A D=6 \mathrm{~cm}, A C=4 \mathrm{~cm} \) and \( B D=7 \) cm.
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The Deep Dive
To construct quadrilateral \( ABCD \), follow these steps carefully: 1. **Draw \( AB \)**: Start by drawing a line segment \( AB \) of length \( 5 \) cm. 2. **Draw \( BC \)**: At point \( B \), use a compass to measure \( 3 \) cm and draw an arc above or below the line \( AB \) to locate point \( C \). 3. **Draw \( AD \)**: At point \( A \), set the compass to \( 6 \) cm and draw an arc to find point \( D \). 4. **Find Point \( C \)**: Now, using point \( C \) from the previous step, measure \( AC \) which must equal \( 4 \) cm from point \( A \). Draw this arc to find point \( C \). 5. **Draw \( BD \)**: Finally, from point \( B \), measure \( 7 \) cm to locate point \( D \) which should coincide with the arc drawn from point \( A \). If the points align smoothly as per the lengths given, \( ABCD \) will form a valid quadrilateral. If not, check the measurements to correct any discrepancies, as accurate measurement is crucial in geometrical constructions! Happy building!
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