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62+58i62+58i is a root of f(x)=x2–124x+7208f(x) = x^2–124x+7208. Find the other roots of f(x)f(x).

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Q. 62+58i62+58i is a root of f(x)=x2–124x+7208f(x) = x^2–124x+7208. Find the other roots of f(x)f(x).
  1. Determine total number of roots: The number of roots of a polynomial is equal to its degree. We have:\newlinef(x)=x2βˆ’124x+7208f(x) = x^2 - 124x + 7208\newlineDetermine the total number of roots. The degree of f(x)f(x) is 22. So, the number of roots: 22.
  2. Find other root: If a+bia + bi is a root, then its conjugate aβˆ’bia - bi is also a root of f(x)f(x). Given root: 62+58i62 + 58i\newlineFind the other root of f(x)=x2–124x+7208f(x) = x^2 – 124x + 7208. The conjugate of 62+58i62 + 58i is 62βˆ’58i62 - 58i.\newlineSince f(x)f(x) has only 22 roots, 62βˆ’58i62 - 58i is the only other root.

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