0 Question 1 v a 0/7 pts 0 100 8 99 6) Details Use the rational zeros theorem to list all possible zeros of the function f(:r:) : 3:3 3:132 + 3:1: + 14. Enter the possible zeros separated by commas. You do not need to factor the polynomial. 0 Question 2 v E 0/7 pts '0 100 Z 99 (D Details Use the rational zeros theorem to list all possible zeros of the function at) : 53:3 4332 433 + 7. Enter the possible zeros separated by commas. You do not need to factor the polynomial. 0 Question 3 v E 0/7 pts '0 100 Z 99 G) Details Use the rational zeros theorem to list all possible zeros of the function f(:r:) : 2:133 4332 + 321': + 3. Enter the possible zeros separated by commas. You do not need to factor the polynomial. 0 Question 4 v E 0/7 pts 0 100 8 99 6) Details Suppose that in the polynomial f(:I:) : 5:132 | In: I 3, the value bis an unknown integer, but the roots are all rational numbers. What values for those roots are possible? Question 5 0/7 pts 5 100 99 0 Details Find all zeros of the function f(x) = 6x3 - 17x- - 15x + 36. Enter the zeros separated by commas.Question 6 E 0/7 pts '0 100 8 99 6) Details Find all zeros of the function f(:1':) : 6:233 4351':2 | 71:17 30. Enter the zeros separated by commas. 0 Question 9 v E 0/7 pts 0100 8 99 6) Details Find all zeros of an) : $3 | 3:132 11.7: 21. Enter the zeros separated by commas. Enter exact values, using radicals and/or fractions if necessary, not decimal approximations. 0 Question 10 v a 0/7 pts 0 100 8 99 G) Details Rewrite the polynomial below in fully factored form: f(z) : 423 1122 432 10 W) = Remember to double-check your answer through polynomial multiplication