48 3. Consider the function S (x) = x+
a. Does the Extreme Value Theorem apply to this function on the interval (-1, 5]? If so,
explain why and find the absolute extrema on this interval. If not, explain why not,
(2 pts.)
b. Does the Extreme Value Theorem apply to this function on the interval [1, 5]? If so,
explain why and find the absolute extrema on this interval. If not, explain why not.
(4 pts.)

The accompanying table shows the numbers of male and female students in a particular country who received bachelor's degrees in business in a recent year. complete parts (a) and (b) below. business degrees nonbusiness degrees total male 189131 634650 823781 female 169539 885329 1054868 total 358670 1519979 1878649 (a) find the probability that a randomly selected student is male, given that the student received a business degree. the probability that a randomly selected student is male, given that the student received a business degree, is nothing. (round to three decimal places as needed.) (b) find the probability that a randomly selected student received a business degree, given that the student is female. the probability that a randomly selected student received a business degree, given that the student is female, is nothing. (round to three decimal places as needed.)

A.s.a.! this is a similarity in right triangles. next (solve for x)a.) 12b.) 5c.) 12.5d.) [tex] 6\sqrt{3} [/tex]

Rewrite the following quadratic functions in intercept or factored form. show your work. f(x) = 3x^2 - 12