Homework 5 Progress saved Score: 7/15 7/15 answered 0 Question 10 v [3 0/1 Given that the point (-6, 8) is on the terminal side of an angle, 0, find the exact value of the following: simm Homework 5 Progress saved Done [3 Score: 9/15 9/15 answered 0 Question 5 v [Zen pt '0100 G Solve the equation given. Enter all solutions, in degrees, that lie in the interval [00, 360). Do not enter the degree sign. If there are more than one angle, separate them by a comma. 2cos2'y 11cosry+5 = 0 Score: 9/15 9/15 answered Question 13 Score on last try: 0 of 1 pts. See Details for more. > Next question You can retry this question below 3x2 - 5x - 12 Let f (x) = 3x2 - 13x + 12 and g(a) = 3x2 - 11x - 20 x2 - 7x + 10 Simplify: f(x) : g(a) f(x) : g(2) = x - 2 3x + 4 XHomework 6 Score: 9/15 11/15 answered OQuestionz v x) is a rational function given in both standard and factored forms. m4 _ (m4) 4:3281 _ (2a:+9)(2:1:9) Let x) 2 Find: 1) the domain in interval notation ' ' Note: Use -00 for 00, 00 for 00, U for union. 2) the y intercept at the point' ' 3) x intercepts at the point(s) ' ' 4) Vertical asymptotes at x = i ' 5) Horizontal asymptote at y = i i Homework 6 Score: 10/15 12/15 answered X Question 12 Score on last try: 0 of 1 pts. See Details for more. > Next question You can retry this question below Properties of Rational Functions Given the Rational Function f(x) = P() q(a) , which of the following statements are true? Check all that apply. O The Horizontal Asymptote is a guiding line for the function as the input values increase or decrease without bound O Values of a found by solving q(x) = 0 are part of the Domain Op(a) and q(x) are polynomials and q(a) is not equal to 0 O Values of a found by solving q(a) = 0 are NOT part of the Domain f(a) will have Vertical Asymptotes at all input values where f(a) = 0 XHomework o Pro Score: 10.25/15 13/15 answered Question 15 Graphing Asymptotes for a Rational Functions Two copies of the same Rational Function are shown below. On the graph below draw the Horizontal On graph below, draw the the Vertical Asymptote Asymptote and write the equation for the and write the equation for the Vertical Asymptote horizontal asymptote underneath. underneath. f (ac) = - -1 -1 x + 3 f (ac) = - x + 3 5 5 4 3 -5 -4 -3 -2 1 2 3 4 5 -5 -4 -3 -2 3 4 -5 -5 Clear All Draw: Clear All Draw: Horizontal Asymptote: Vertical Asymptote: Question Help: Video D Post to forumHomework 7 Progress saved Done Score: 5/20 5/20 answered .Question3 v Next question You can retry this question below Linear Functions and Applications Which of the following statements are true? Check all that apply. O The Average Rate of Change is another term for Slope over a given interval. The Average Rate of Change of a function over a specified interval is the ratio: Change in Output Change in Input If the Average Rate of Change is the same between any two point of a function, then the function is Linear Function and the Average Rate of Change equals the Slope. O Average Rate of Change = C2 - 1 Change in x x y2 - y1 Change in y Ay X Question Help: Post to forum