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Find the greatest common factor.\newline9g3,6g39g^3, 6g^3\newlineWrite your answer as a constant times a product of single variables raised to exponents.\newline__\_\_

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Q. Find the greatest common factor.\newline9g3,6g39g^3, 6g^3\newlineWrite your answer as a constant times a product of single variables raised to exponents.\newline__\_\_
  1. Find Factorization of 9g39g^3: First, we need to find the complete factorization of 9g39g^3.9=3×39 = 3 \times 3g3=g×g×gg^3 = g \times g \times gTherefore, 9g39g^3 can be written as the product of its prime factors and variables as follows:9g3=3×3×g×g×g9g^3 = 3 \times 3 \times g \times g \times g
  2. Find Factorization of 6g36g^3: Next, we find the complete factorization of 6g36g^3. \newline6=2×36 = 2 \times 3\newlineg3=g×g×gg^3 = g \times g \times g\newlineSo, 6g36g^3 can be written as the product of its prime factors and variables as follows:\newline6g3=2×3×g×g×g6g^3 = 2 \times 3 \times g \times g \times g
  3. Compare and Find Common Factors: Now, we compare the factorizations to find the common factors:\newline9g3=3×3×g×g×g9g^3 = 3 \times 3 \times g \times g \times g\newline6g3=2×3×g×g×g6g^3 = 2 \times 3 \times g \times g \times g\newlineThe common factors are 33, gg, gg, and gg.\newlineMultiplying these common factors together gives us the greatest common factor (GCF):\newlineGCF = 3×g×g×g=3g33 \times g \times g \times g = 3g^3