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Factor.\newline10m310m2m+110m^3 - 10m^2 - m + 1

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Q. Factor.\newline10m310m2m+110m^3 - 10m^2 - m + 1
  1. Grouping for factoring: Group terms to prepare for factoring by grouping. Group the first two terms and the last two terms separately. 10m310m210m^3 - 10m^2 - m1m - 1
  2. Factor out common factor: Factor out the common factor from the first group.\newlineFactor out 10m210m^2 from the first group.\newline10m2(m1)(m1)10m^2(m - 1) - (m - 1)
  3. Factor out common binomial: Factor out the common factor from the second group.\newlineNotice that the second group already has a common factor of 11, so we can write it as 1(m1)1(m - 1).\newline10m2(m1)1(m1)10m^2(m - 1) - 1(m - 1)
  4. Recognize difference of squares: Factor out the common binomial factor.\newlineNow we can factor out the common binomial factor (m1)(m - 1) from both groups.\newline(m1)(10m21)(m - 1)(10m^2 - 1)
  5. Final factored form: Recognize the difference of squares in the second term.\newlineThe term 10m2110m^2 - 1 is a difference of squares and can be factored further.\newline(m1)((10m)2(1)2)(m - 1)((\sqrt{10m})^2 - (\sqrt{1})^2)\newline(m1)((10m+1)(10m1))(m - 1)((\sqrt{10m} + 1)(\sqrt{10m} - 1))
  6. Math error correction: Write the final factored form.\newlineThe final factored form of the polynomial is:\newline(m1)(10m+1)(10m1)(m - 1)(\sqrt{10}m + 1)(\sqrt{10}m - 1)\newlineHowever, this step contains a math error because we incorrectly took the square root of 10m210m^2 as 10m\sqrt{10}m. The correct factorization of 10m2110m^2 - 1 should be (10m+1)(10m1)(10m + 1)(10m - 1) since it is a difference of squares.