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Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline3j26j3j^2 - 6j

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Q. Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline3j26j3j^2 - 6j
  1. Find GCF of terms: We need to find the greatest common factor (GCF) of the terms 3j23j^2 and 6j-6j. The common factors are 33 and jj. 3×j=3j3 \times j = 3j GCF of 3j23j^2 and 6j-6j: 3j3j
  2. Write 3j23j^2 as GCF: We have:\newline3j2=3×j×j3j^2 = 3 \times j \times j\newlineWrite 3j23j^2 as GCF times the remaining factors.\newline3j2=3j×j3j^2 = 3j \times j
  3. Write 6j-6j as GCF: We have:\newline6j=2×3×j-6j = -2 \times 3 \times j\newlineWrite 6j-6j as GCF times the remaining factors.\newline6j=3j×(2)-6j = 3j \times (-2)
  4. Factor 3j26j3j^2 - 6j: We have:\newline3j2=3j×j3j^2 = 3j \times j\newline6j=3j×(2)-6j = 3j \times (-2)\newlineWhat is the factored form of 3j26j3j^2 - 6j?\newline3j26j3j^2 - 6j\newline=3j×j3j×2= 3j \times j - 3j \times 2\newline=3j(j2)= 3j(j - 2)