3) (12pts) For the function S(w)=-*+r-15x a) Determine the criticul points for the function. The critical...
Find the critical points of the function and use the First Derivative Test to determine whether the critical point is a local minimum or maximum (or neither). (Enter your answers as comma-separated lists. If an answer does not exist, enter DNE.) FX) 23 local minimum X local maximum X- neither Determine the intervals on which the function is increasing or decreasing, (Enter your answers using interval notation Enter EMPTY or for the empty set.) increasing decreasing Submit Answer
3.pdf?X-Amz-Algorithm 7. Consider the function f(x) = + List all intervals on which f is increasing, and list all intervals in which f is decreasing. (You must show the right calculus steps to get full credit. Just taking the answers from a graph is not enough.) 8. Consider the function g(x) = x In x on the interval [0.1, e) For each part of this question, fill in the blank. Use exact values (no rounding) A. The critical point(s) of...
5. (4pts, each) In each part, list the point (A-E) on the graph off whose x-coordinate satisfies the given conditions. (a) f'(x) > 0. and F"(x) > 0 (b) f'(x) <0. and f"(x) = 0 (c) f'(x) = 0.and f"(x) < 0 6. (12pts) Find all critical numbers of f(x) = x + Then use the second-derivative test on each critical number to determine whether it leads to a local maximum or minimum. Show your work to get a full...
Question 6. (20 pts) Find the critical points of S(,y) = x4 + 2y2 – 4cy. Then use the Second Derivative Test to determine whether each critical point is a local min, max, or saddle point.
This two-variable function has exactly two critical points, including the origin: 43 13 f(x,y) = xy - Q17.1 FR 5 Part (a) 4 Points Find the second critical point, other than (0,0). Please select file(s) Select file(s) Q17.2 FR 5 Part (b) 4 Points Classify the critical point (0,0) as a local min, local max, or saddle point, using the (multivariate) second-derivative test.
Find the critical points of the following function. Use the Second Derivative Test to determine if possible) whether each critical point corresponds to a local maximum, local minimum or saddle point. Contem your results with a graphing utility f(x,y) = x + xy-2) + 4y - 12 What are the critical points? (Type an ordered pair Use a comma to separate answers as needed.) Use the Second Derivative Test to find the local maxima. Select the correct choice below and,...
1. (12 points) Find all the critical points of f(x) = (x - 1)(x + 5) Hint: Do not expand! Instead use the product and chain rules then factor 2. (12 points) Find the absolute extrema of f(x) = on (-1,2). Give your answers as (x,y) points. Hint: It is much easier to take the derivative of f(x) by rewriting as f(x) = (1 + x4)-1 and use the chain rule 3. f(x) = ? - 7x + 1 (a)...
For the function f(x) = x^6 − 15x^4 c) Will the graph have any standard symmetry? If so, which? f) Determine the end-behavior (in both directions.) g) Find the function's critical value(s), (if any.) Include their y-coordinates. (Exact values are expected, not decimals.) h) Classify the critical points you just found by using the first derivative test. i) Find the function's hyper-critical point(s), (if any.) Include their y-coordinates. (Exact values are expected, not decimals.) j) Determine whether the points you...
Locate the critical points of the following function. Then use the Second Derivative Test to determine whether they correspond to local maxima, local minima, or neither. = 9-22 What isare) the critical point(s) of ? Select the correct choice below and, if necessary, fill in the answer box to complete your choice. O A. The critical point(s) is(are) x = (Use a comma to separate answers as needed. Type an integer or a simplified fraction) B. There are no critical...
(3) Use the first derivative test to classify the critical numbers of the function s(x) = r -4.r" +17. That is, identify the location of any local maximums or minimums. (4) Find the equation of the line tangent to f(0) = 127-22 at the point (4,8).