3 Ltuts.),)wher F.,and v are differentiable. Suppose also that (-2-)1 (-2-3)--101, u (-2-3)-4, x ...
Suppose f(x,y)=xy(1−10x−4y)f(x,y)=xy(1−10x−4y). f(x,y)f(x,y) has 4 critical points. List them in increasing lexographic order. By that we mean that (x, y) comes before (z, w) if x<zx<z or if x=zx=z and y<wy<w. Also, determine whether the critical point a local maximum, a local minimim, or a saddle point. First point (____________,__________) Classification: Second point(__________,__________) Classification: Third point (___________,_________) Classification: Fourth point (__________,_________) Classification:
Suppose that f(x,y)=-2x3 - 7 xy + 8y2, (-0.5104, 0.2233) is a critical point, 1 xx l (-0.5104.0.2233) = 6.1250, and D(-0.5104, 0.2233) = 49. Which of these statements describes the graph of f at (-0.5104, 0.2233) ? a) of has a relative minimum value at f(-0.5104, 0.2233) = 1.4626. b) of has a relative maximum value at f(-0.5104, 0.2233) = 1.4626. c) of has a saddle point at f(-0.5104, 0.2233) = 1.4626. d) of has a relative maximum value...
8.) (10 Points) Given the contour diagram z = f(x,y). 2 1 2 3 4 -2 R a. Find i. f(-1,1) 11. a value of x for which f(x, 1) = 3 iii. a value of y for which f(0,y) = -2 b. The given graph has a local maximum value. At which point (x,y) does this occur? c. Determine the sign (positive or negative) of the following partial derivatives. i. (1,0) ii. fy(0,1)
Question 17 - of 40 Step 1 of 1 02:01:39 Use the Second Derivative Test (if necessary) to classify the critical points of z = f(x,y). If the test fails, classify the critical point by other means. Write your answer in the form (x, y, z). Separate multiple points with a comma. If a classification is not represented, select "None" for your answer. f(x,y) = - 10x + 6x+y - 24 Answer 2 Points Keypad Keyboard Shortcuts Selecting a radio...
1. Suppose that f(x) has a critical number at x=c, and f′′(c)=−10 By the Second Derivative Test, we conclude A. the test is inconclusive. B. x=c is an inflection point C. x=c is a local (relative) minimum D. x=c is a local (relative) maximum E. x=c is an absolute minimum Question 4 of 10 3 Points What follows is a numeric fill in the blank question with 2 blanks. Find the absolute maximum and minimum value of the function f(x)=0.5x^4+(4/3)x^3−3x^2+4...
4. Find all critical point(s) of f(x,y) = xy(x+2)(y-3) 5. Lagrange Multipliers: Find the maximum and minimum of f(x,y) = xyz + 4 subject to x,y,z > 0 and 1 = x+y+z
URGENT 2) Find the x coordinates of all relative extreme points of f(x)÷4÷3 1 4.2.3.3,2+4 2+4 2) A) x--3,1 B)x=0 C)x=-3, 0, 1 D) x-1, 0.3 E) x-1.3 3) Find the x coordinates of all relative extreme points of fo) 4-33-6x2-1 ints of f(x)- 4- 3-6x2-1 3) A) x2, 0,3 B)x 0 C)x=-2.3 D) x--3,2 E) x--3,0,2 4) Find the relative minimum point(s) of fx)x35x2-10. 4) A) (0, f(o)) B) (-2, f(-2)) and (5, f(5)) C) (-2, f(-2)) and (0,...
(3) Consider f: R3- R3 defined by (u,, w)-f(r, y, :) where u=x w = 3~. Let A = {1 < x < 2, 0 < xy < 2, 0 < z < 1). Write down (i) the derivative Df as a matrix (ii) the Jacobian determinant, (ii) sketch A in (x, y. :)-space, and iv) sketch f(A) in (u. v, w)-space.
Consider the function ?(?, ?) = ?3 + ?2 + 4?? − 2. 1. Find all critical points of ?. 2. Use the Second Partials Test to determine whether each of the critical points of ? gives a relative maximum, relative minimum, or saddle point. You must clearly demonstrate your use the the Second Partials Test to determine the answer. Write your answers in the blanks below and then provide the specific information that you used to make your determination...
0 Both first partial derivatives of the function f(x,y) are zero at the given points. Use the second-derivative test to determine the nature of foxy) at each of these points. If the second-derivative test is inconclusive, so state f(x,y) - 12x² +24xy – 2y + 72y: (-2. - 2) (6.6) What is the nature of the function at (-2. - 2)? A. fxy) has a relative maximum at (-2,-2) B. fxy) has a relative minimum at(-2.-2) OC. XY) has neither...