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Find the shortest distance from D to B in the diagram below.A. √505 mB. 17 mC. 10 mD. 3√29 m

Find the shortest distance from D to B in the diagram below.A. √505 mB. 17 mC. 10 mD-example-1
User Gav
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1 Answer

14 votes
14 votes

The shortest distance from D to B is the line that forms two square triangles on the top of the box:

Then, our problem narrows to find the length of x which is done by using the Pythagoras Theorem:


\begin{gathered} x^2=8^2+15^2 \\ x=\sqrt[]{64+225} \\ x=\sqrt[]{289} \\ x=17 \end{gathered}

Therefore, the distance between D and B is 17 m

Find the shortest distance from D to B in the diagram below.A. √505 mB. 17 mC. 10 mD-example-1
User Eric Ness
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