1. Suppose that f(x) has a critical number at x=c, and f′′(c)=−10
By the Second Derivative Test, we conclude
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
on the interval [0, 2]. Enter your answers with four decimal places
in the following textboxes.
maximum = Blank 1. Fill in the blank, read surrounding text.
minimum = Blank 2. Fill in the blank, read surrounding text.
The answer sheet has four pages.it is the first pagesecond pageThird pageFourth/last page
1. Suppose that f(x) has a critical number at x=c, and f′′(c)=−10 By the Second Derivative...
What does the Second Derivative Test guarantee about the point x=2 of the function f(x) = .0001(x - 2)4? The point x=2 is a local maximum The point x=2 is a local minimum. The point x=2 is an inflection point. The point x=2 is not a critical point. The Second Derivative Test does not apply to x=2.
Question 11 10 pts The derivative f'(2) of an unknown function f(x) has been determined as f'(x) = (x - 2)(+3)2. Use this derivative to find the intervals where the original function f is increasing/decreasing. Then find the x-values that correspond to any relative maximums or relative minimums of the original unknown function f(x). O no relative maximum; relative minimum at x=2 relative maximum at x=-3; no relative minimum O relative maximum at x=2; relative minimum at x=-3 relative maximum...
Find all critical numbers of the function f(x) = (x - 9). Then use the second-derivative test on each critical number to determine whether it leads to a local maximum or minimum Select the correct choice below and, if necessary, fill in the answer box(es) to complete your choice. O A. The critical number(s) is/are at x = There is no local maximum and no local minimum. (Type an integer or a simplified fraction. Use a comma to separate answers...
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)...
1. Find the critical point of f(x) = (x + 1)". 2. Use the Second Derivative Test to determine whether f(x) = (x + 1)" has a local maximum or a local minimum at x = 0
a) Verify the Rolle's theorem for the function f(x) = -1 x +x-6 over the interval (-3, 2] 3-X b) Find the absolute maximum and minimum values of function f(x)= (1+x?)Ě over the interval [-1,1] c) Find the following for the function f(x) = 2x – 3x – 12x +8 i) Intervals where f(x) is increasing and decreasing. ii) Local minimum and local maximum of f(x) iii) Intervals where f(x) is concave up and concave down. iv) Inflection point(s). v)...
1. Find the critical point of f(x) = (x + 1)^. 2. Use the Second Derivative Test to determine whether f(x) = (2x + 12 has a local maximum or a local minimum at x = 0 x(x + 3) 3. Sketch the graph of taking care to explain (x – 3)2 how you deduce all the important features.
please help Perform a first derivative test on the function f(x) = x 100 - x2:1-10,10). a. Locate the critical points of the given function. b. Use the first derivative test to locate the local maximum and minimum values. c. Identify the absolute minimum and maximum values of the function on the given interval (when they exist). a. Locate the critical points of the given function. Select the correct choice below and, if necessary, fill in the answer box within...
Really need help on those two!! Show steps!! ( + 7)* Let f be defined by f(x) For the following, no decimal entries allowed. For parts (d) and (e), remember that you can enter your answer as an expression and let wamap be the calculator (a) List the critical valuc(s) of f. If there is more than onc, list them separated by commas. Preview (b) Find wheref is decreasing. Answer in interval notation Preview (c) Find where f is increasing....
(1 point) Find the critical points of f(x) and use the Second Derivative Test of possible) to determine whether each corresponds to a local minimum or maximum. Let f(x) = x exp(-x) e lest ? Critical Point 1 - Critical Point 2 - is what by the Second Derivative Test? is what by the Second Derivative Test?