Need help with question 2. laxima, and no saddlepoints2. Find the point on the graph of z=-x^2-^2-xy that is the farthest above the plane 5x+4 y + -3 (use verticaldistance, not overall distance). How far above the plane is that point?Select one:C.a. 5C.b. 10C.с. 12d. 3C.e. 73. Find the local extrema of f (x, y) =2xy+ 1/2x 1/y (Select all that apply.)Select one or more:a. local maximum at (-1/2,1)b. local maximum at (-1,1/4)c. local minimum at (0,0)d. saddle point at (1,1/4)e. local minimum at (-1/2,1)4.Find the minimum value of the integral below, where (x,y) lies on the unit circle.S.2z dzSelect one:L.L L

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Description: Need help with question 2. laxima, and no saddlepoints2. Find the point on the graph of z=-x^2-^2-xy that is the farthest above the plane 5x+4 y + -3 (use verticaldistance, not overall distance). How far above the plane is that point?Select one:C.a.

Given Equation of graph is z=-x2-y2-xy (1) and equation of plane is…

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2. Find the point on the graph of z=-x^2-^2-xy that is the farthest above the plane 5x+4 y +=-3 (use vertical distance, not overall distance). How far above the plane is that point? Select one: а. 5 b. 10 с. 12 d. 3

2. Find the point on the graph of z=-x^2-^2-xy that is the farthest above the plane 5x+4 y +=-3 (use vertical distance, not overall distance). How far above the plane is that point? Select one: а. 5 b. 10 с. 12 d. 3

Trigonometry (MindTap Course List)

10th Edition

ISBN:9781337278461

Author:Ron Larson

Publisher:Ron Larson

Chapter6: Topics In Analytic Geometry

Section6.6: Parametric Equations

Problem 5ECP: Write parametric equations for a cycloid traced by a point P on a circle of radius a as the circle...

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