The Rational Roots Theorem Answers

Which of the number(s) below are potential roots of the function?p(x) = x4 + 22x2 – 16x – 12

Which of the number(s) below are potential roots of the function?q(x) = 6x3 + 19x2 – 15x – 28

p(2) = [___]

–16–202

a = [___] b = [___] c = [___] d = [___]

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Write the polynomial in factored form. p(x) = (x + 5)(x − [___])(x + [___])

According to the rational root theorem, the numbers below are some of the potential roots of f(x) = 10x3 + 29x2 – 66x + 27. Select all that are actual roots.

0±2±4 ±9±3±6 ±12

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No, this polynomial has complex roots.No, this polynomial has irrational roots.No, this polynomial has irrational and complex roots.Yes.

–10 –7–531524

Find all real solutions of this equation to answer the question.(6 – 2x)(3 – 2x)x = 40

Which of the number(s) below are potential roots of the function?p(x) = x4 + 22x2 – 16x – 12

Using the section of the graph shown, which of these potential roots of the function should you test first?f(x) = 2x3 – 9x2 – 6x + 40

According to the rational root theorem, the numbers below are some of the potential roots of f(x) = 10x3 + 29x2 – 66x + 27. Select all that are actual roots.

0±2±4 ±9±3±6 ±12

f(x) = 4x2 − 25 [___]

–10 –7–531524

Find all real solutions of this equation to answer the question.(6 – 2x)(3 – 2x)x = 40