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Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline8g36g28g^3 - 6g^2

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Q. Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline8g36g28g^3 - 6g^2
  1. Find GCF of Terms: We need to find the greatest common factor (GCF) of the terms 8g38g^3 and 6g26g^2. To do this, we will list the prime factors of the coefficients and the common powers of gg.\newline8g3=2×2×2×g×g×g8g^3 = 2 \times 2 \times 2 \times g \times g \times g\newline6g2=2×3×g×g6g^2 = 2 \times 3 \times g \times g\newlineThe common factors are 22, gg, and gg.\newline2×g×g=2g22 \times g \times g = 2g^2\newlineSo, the GCF of 8g38g^3 and 6g26g^2 is 6g26g^211.
  2. Express Terms as Product: Now we will express each term as the product of the GCF and the remaining factors.\newlineFor 8g38g^3, we have:\newline8g3=2×2×2×g×g×g8g^3 = 2 \times 2 \times 2 \times g \times g \times g\newline8g3=2g2×4g8g^3 = 2g^2 \times 4g\newlineFor 6g26g^2, we have:\newline6g2=2×3×g×g6g^2 = 2 \times 3 \times g \times g\newline6g2=2g2×36g^2 = 2g^2 \times 3
  3. Factor Out GCF from Polynomial: We can now factor out the GCF from the polynomial 8g36g28g^3 - 6g^2.
    8g36g28g^3 - 6g^2
    =2g24g2g23= 2g^2 * 4g - 2g^2 * 3
    =2g2(4g3)= 2g^2(4g - 3)
    This is the factored form of the polynomial.