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Use the given zero to find the remaining zeros of each polynomial function.P(x) = x + 14x + x + 14;Step 1Recall the Conjugate Pair
Use the given zero to find the remaining zeros of each polynomial function.P(x) = x³ + 14x² + x + 14;Step 1Recall the Conjugate Pair Theorem.If a + bi (b ? 0) is a complex zero of a polynomial function with real coefficients, then the conjugate is also a complex zero of the polynomial function.We now consider the given P(x). Because the coefficients are real numbers and - is a given zero, the Conjugate Pair Theorem implies that ___also must be a zero.
Use the given zero to find the remaining zeros of each polynomial function.P(x) = x³ + 14x² + x + 14;Step 1Recall the Conjugate Pair Theorem.If a + bi (b ? 0) is a complex zero of a polynomial function with real coefficients, then the conjugate is also a complex zero of the polynomial function.We now consider the given P(x). Because the coefficients are real numbers and - is a given zero, the Conjugate Pair Theorem implies that ___also must be a zero.
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