Use the factor theorem to find all real zeros for the given polynomial and one of it's factors. Polynomial: y) 2 2;)?\" 93?? + 13;]? (5 Factor: m _ 1 If 1 is one of the zeros then list the other zero's from smallest to largest. If a zero is not an integer write it as a fraction. The zeros are and * Using the tools you learned in this lesson, find all solutions (real and non-real) for the polynomial below. Explain how we can use Descartes' rule of signs to find the number of positive and negative real zeros of this polynomial. 3.1-3 4.1:? + 11.1.- + 1n : 0 To earn full credit share all work, calculations and thinking. If you prefer you can do the work by hand on a piece of paper, take a picture of that work and upload it. Use the rational zero theorem to list all possible rational zero's For the polynomial function: frr) : 2.1:\" + 33:9 8;]? + .5 To earn full credit share all work, calculations and thinking. If you prefer you can do the work by hand on a piece of paper, take a picture of that work and upload it. Using the tools you learned in this lesson, find all solutions (real and non-real) for the polynomial: 2x3 - 3x2 + 32x + 17 To earn full credit share all work, calculations and thinking. If you prefer you can do the work by hand on a piece of paper, take a picture of that work and upload it.\fUse Descartes rule to determine the possible number of positive and negative solutions for the polynomial: f(J'_) = 1W 21m2 + 11 If more than one solution is possible type the smaller solution first. The number of positive solutions is D or D The number of negative solutions is D or D