Particularly in the realm of complex numbers and irrational numbers, and more specifically when speaking of the roots of polynomials, a conjugate pair is a pair of numbers whose product is an expression of real integers and/or including variables. A complex number example: , a product of 13 An irrational example: , a product of 1. Or: , a product of -25. Often times, in solving for the roots of a polynomial, some solutions may be arrived at in conjugate pairs. If the coefficients of a polynomial are all real, for example, any non-real root will have a conjugate pair.
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| - Particularly in the realm of complex numbers and irrational numbers, and more specifically when speaking of the roots of polynomials, a conjugate pair is a pair of numbers whose product is an expression of real integers and/or including variables. A complex number example: , a product of 13 An irrational example: , a product of 1. Or: , a product of -25. Often times, in solving for the roots of a polynomial, some solutions may be arrived at in conjugate pairs. If the coefficients of a polynomial are all real, for example, any non-real root will have a conjugate pair.
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| - Particularly in the realm of complex numbers and irrational numbers, and more specifically when speaking of the roots of polynomials, a conjugate pair is a pair of numbers whose product is an expression of real integers and/or including variables. A complex number example: , a product of 13 An irrational example: , a product of 1. Or: , a product of -25. Often times, in solving for the roots of a polynomial, some solutions may be arrived at in conjugate pairs. If the coefficients of a polynomial are all real, for example, any non-real root will have a conjugate pair. , has the conjugate pair roots: and If the coefficients of a polynomial are all rational, any irrational root will have a conjugate pair. , has the conjugate pair roots: and
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