Question

1. Suppose that f(x) has a critical number at x=c, and f′′(c)=−10 By the Second Derivative...

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


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.

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Answer #1

Ο 1Η χες is critica number of fx) Then by second derivative Test we koos that .- and too has locas mazuma at U=(, if f (o) <oThe answer sheet has four pages.it is the first pageso. dift. f) with respect to x, De get d 8.5.4 t du 6.)»- 3134 XB3 3x24 + 0 f(x) = 0.5*4.4² + noun n-1 dx 22 + 4x² - 6x. Fosecond pageNow, The greatest and lowest value of fo) on [0, 2] will give the absolute on [2] maruma and absolute absolete minima Now, frThird pageThus we see that the lowest value of foo on [0, 2) is 1.8333 and et occurs at x = 1 Thus fon) has absolute minima at a=1 alsoFourth/last page

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