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SomeBloke
 2 years ago
Best ResponseYou've already chosen the best response.0What problem are you having with that?

EulerGroupie
 2 years ago
Best ResponseYou've already chosen the best response.1Overall concept: Substitute points into the distance formula find a minimum using derivatives. \[d=\sqrt{(x _{2}x _{1})^{2}+(y _{2}y _{1})^{2}}\]where\[(x _{1}, y _{1})=(4,0)\]\[(x _{2},y _{2})=(x, \sqrt{x+1})\]Simplify. Take the derivative. Find critical points by setting the derivative to zero. Determine if there is a relative minimum and what it is. Plug that back into the original function to find the y value of the point.
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