7 3 Let u= - 5 and v = 2 . Compute and compare u•v, ||u||?, M², and ||u + v||?. Do not use the Pythagorean Theorem. - 11 u•v= (Simplify your answer.) (Simplify your answer.) |v|2 = (Simplify your...

7<br>3<br>Let u=<br>- 5 and v =<br>2 . Compute and compare u•v, ||u||?, M², and ||u + v||?. Do not use the Pythagorean Theorem.<br>- 11<br>u•v=<br>(Simplify your answer.)<br>(Simplify your answer.)<br>|v|2 = (Simplify your answer.)<br>%3!<br>Ju + v||2 = (Simplify your answer.)<br>%3!<br>0 and | ul2 + ||v||?<br>u+ v||? both imply that the vectors u and v<br>The statements u•v<br>orthogonal.<br>

Extracted text: 7 3 Let u= - 5 and v = 2 . Compute and compare u•v, ||u||?, M², and ||u + v||?. Do not use the Pythagorean Theorem. - 11 u•v= (Simplify your answer.) (Simplify your answer.) |v|2 = (Simplify your answer.) %3! Ju + v||2 = (Simplify your answer.) %3! 0 and | ul2 + ||v||? u+ v||? both imply that the vectors u and v The statements u•v orthogonal.

Jun 04, 2022

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7 3 Let u= - 5 and v = 2 . Compute and compare u•v, ||u||?, M², and ||u + v||?. Do not use the Pythagorean Theorem. - 11 u•v= (Simplify your answer.) (Simplify your answer.) |v|2 = (Simplify your...

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