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Find the greatest common factor.\newline9w3,6w9w^3, 6w\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.\newline9w3,6w9w^3, 6w\newlineWrite your answer as a constant times a product of single variables raised to exponents.\newline__\_\_
  1. Factorization of 9w39w^3: First, find the complete factorization of 9w39w^3.9=3×39 = 3 \times 3w3=w×w×ww^3 = w \times w \times wTherefore, 9w3=3×3×w×w×w9w^3 = 3 \times 3 \times w \times w \times w.
  2. Factorization of 6w6w: Next, find the complete factorization of 6w6w.\newline6=2×36 = 2 \times 3\newlinew=ww = w\newlineTherefore, 6w=2×3×w6w = 2 \times 3 \times w.
  3. Find Greatest Common Factor: Now, find the greatest common factor of 9w39w^3 and 6w6w. The common factors are 33 and ww. The greatest common factor is the product of the lowest powers of common factors, which is 3×w3 \times w.
  4. Write as Constant Times Variables: Write the greatest common factor as a constant times a product of single variables raised to exponents.\newlineThe greatest common factor is 3w13w^1, which can also be written as 3w3w.