By finding the extreme values of f, find the shortest distance between L and L. Be sure to fully justify your answer. Hint: The expression for the distance-squared is often simpler than the expression...


The shortest distance is the minimum value of f which I have attached.


By finding the extreme values of f, find the shortest distance between L and L. Be<br>sure to fully justify your answer.<br>Hint: The expression for the distance-squared is often simpler than the expression for<br>the distance. So you may find it easier to work with f² instead of f. If yon do so, be<br>sure to clearly explain how the process of optimizing f² is related to optimizing f.]<br>

Extracted text: By finding the extreme values of f, find the shortest distance between L and L. Be sure to fully justify your answer. Hint: The expression for the distance-squared is often simpler than the expression for the distance. So you may find it easier to work with f² instead of f. If yon do so, be sure to clearly explain how the process of optimizing f² is related to optimizing f.]
s(1.s) = Va<br>(1 + 4t + 2s)² + (7 + t – 3s)? + (2 + 5t – s)?<br>%|<br>-<br>

Extracted text: s(1.s) = Va (1 + 4t + 2s)² + (7 + t – 3s)? + (2 + 5t – s)? %| -

Jun 05, 2022
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