The real roots of a polynomial equation Pix) = 0 correspond to the x-intercepts of the...

 

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The real roots of a polynomial equation Pix) = 0 correspond to the x-intercepts of the graph of the polynomial function, P(x). To solve for the equation Pix) = 0 various factoring techniques can be used including the rational zero theorem and the process of synthetic division. 1. Solve for the following polynomial equations using exact values. a) y 16x349x b) p(x) = 3x3 27x-x+9 c) m(x)=4x+19x2-5 d) y = 27x9-64 e) x3(x-1)=11x - 9(x+2) f) x3+8x2+ 19x+12=0 The real roots of a polynomial equation Pix) = 0 correspond to the x-intercepts of the graph of the polynomial function, P(x). To solve for the equation Pix) = 0 various factoring techniques can be used including the rational zero theorem and the process of synthetic division. 1. Solve for the following polynomial equations using exact values. a) y 16x349x b) p(x) = 3x3 27x-x+9 c) m(x)=4x+19x2-5 d) y = 27x9-64 e) x3(x-1)=11x - 9(x+2) f) x3+8x2+ 19x+12=0