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Use the Fundamental Theorem of Algebra to find the number of complex roots of the polynomial, including any repeated roots. \newline6x317x13-6x^3 - 17x - 13\newline____

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Q. Use the Fundamental Theorem of Algebra to find the number of complex roots of the polynomial, including any repeated roots. \newline6x317x13-6x^3 - 17x - 13\newline____
  1. Identify highest power of x: Look at the polynomial 6x317x13-6x^3 - 17x - 13 and find the highest power of x.\newlineThe highest power of x is 33.
  2. Apply Fundamental Theorem of Algebra: According to the Fundamental Theorem of Algebra, a polynomial of degree nn has exactly nn complex roots, counting multiplicities.\newlineSo, a 33rd-degree polynomial has 33 complex roots.
  3. Determine number of complex roots: Therefore, the polynomial 6x317x13-6x^3 - 17x - 13 has 33 complex roots.

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