Which Of The Numbers Below Are Some Potential Roots Of P(X) = X3 + 6X2 − 7X − 60 According To The Rational Root Theorem? –10 –7 –5 3 15 24

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Which Of The Numbers Below Are Some Potential Roots Of P(X) = X3 + 6X2 − 7X − 60 According To The Rational Root Theorem? –10 –7 –5 3 15 24. − 10, − 5, 3, and 15. The potential roots of the polynomial p (x) = x 3 + 6 x 2 − 7 x − 60 according to the rational root theorem include:

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Theorem use synthetic division to test one potential root. Complete the statement with the choice that best describes the relationship between the. − 10, − 5, 3, and 15.

Theorem Use Synthetic Division To Test One Potential Root.


The rational root theorem is used to determine the potential roots of a function. Complete the statement with the choice that best describes the relationship between the. Free math problem solver answers your algebra, geometry, trigonometry, calculus, and.

The Rational Root Theorem States That For A Polynomial Equation With Integer Coefficients, Any Rational Solution, Written In Its Lowest Terms P/Q, Must Have P As A Factor Of The Constant Term.


The potential roots of the polynomial p (x) = x 3 + 6 x 2 − 7 x − 60 according to the rational root theorem include: The other options, − 7 and 24, do not. Identify the constant term and.

− 10, − 5, 3, And 15.


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