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Factor the polynomial by its greatest common monomial factor.

{:[44k^(5)-66k^(4)+77k^(3)=],[+=^(-x)]:}

Factor the polynomial by its greatest common monomial factor.\newline44k566k4+77k3= 44 k^{5}-66 k^{4}+77 k^{3}=

Full solution

Q. Factor the polynomial by its greatest common monomial factor.\newline44k566k4+77k3= 44 k^{5}-66 k^{4}+77 k^{3}=
  1. Identifying the GCF: First, we need to identify the greatest common factor (GCF) of the coefficients and the lowest power of kk that is common to all terms.\newlineThe coefficients are 4444, 6666, and 7777. The GCF of these numbers is 1111.\newlineThe variable part is kk raised to the powers of 55, 44, and 33. The lowest power is k3k^3.\newlineSo, the greatest common monomial factor is 444400.
  2. Dividing by the GCF: Now, we divide each term of the polynomial by the greatest common monomial factor, 11k311k^3. \newline44k511k3=4k2\frac{44k^5}{11k^3} = 4k^2\newline66k411k3=6k\frac{66k^4}{11k^3} = 6k\newline77k311k3=7\frac{77k^3}{11k^3} = 7
  3. Writing the Original Polynomial: After dividing, we write the original polynomial as the product of the greatest common monomial factor and the resulting polynomial.\newline44k566k4+77k3=11k3(4k26k+7)44k^5 - 66k^4 + 77k^3 = 11k^3(4k^2 - 6k + 7)