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Use the rational zeros theorem to determine the potential rational zeros of the polynomial function. Do not find the zeros.
f(x)=x^(3)-6x-81
List the possible potential rational zeros of the polynomial function.
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Use the rational zeros theorem to determine the potential rational zeros of the polynomial function. Do not find the zeros.\newlinef(x)=x36x81 f(x)=x^{3}-6 x-81 \newlineList the possible potential rational zeros of the polynomial function.\newline \square

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Q. Use the rational zeros theorem to determine the potential rational zeros of the polynomial function. Do not find the zeros.\newlinef(x)=x36x81 f(x)=x^{3}-6 x-81 \newlineList the possible potential rational zeros of the polynomial function.\newline \square
  1. Identify Terms: Identify the constant term and the leading coefficient of the polynomial. The constant term in the polynomial f(x)=x36x81f(x) = x^3 - 6x - 81 is 81-81, and the leading coefficient (the coefficient of the highest power of xx) is 11.
  2. List Factors: List the factors of the constant term and the leading coefficient.\newlineThe factors of the constant term 81-81 are ±1\pm1, ±3\pm3, ±9\pm9, ±27\pm27, ±81\pm81.\newlineThe factors of the leading coefficient 11 are ±1\pm1.
  3. Apply Theorem: Apply the Rational Zeros Theorem.\newlineThe Rational Zeros Theorem states that any rational zero of the polynomial function f(x)f(x) can be expressed in the form pq\frac{p}{q}, where pp is a factor of the constant term and qq is a factor of the leading coefficient.
  4. List Potential Zeros: List the potential rational zeros.\newlineThe potential rational zeros are all the possible fractions formed by dividing the factors of the constant term by the factors of the leading coefficient. Since the leading coefficient is 11, the potential rational zeros are simply the factors of the constant term.\newlineThe potential rational zeros are ±1\pm 1, ±3\pm 3, ±9\pm 9, ±27\pm 27, ±81\pm 81.

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