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Find the greatest common factor.\newline3s3,6s23s^3, 6s^2\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.\newline3s3,6s23s^3, 6s^2\newlineWrite your answer as a constant times a product of single variables raised to exponents.\newline______
  1. Find Factorization of 3s33s^3: First, find the complete factorization of 3s33s^3.\newline3=33 = 3\newlines3=s×s×ss^3 = s \times s \times s\newlineSo, 3s33s^3 can be written as 3×s×s×s3 \times s \times s \times s.
  2. Find Factorization of 6s26s^2: Now, find the complete factorization of 6s26s^2. \newline6=2×36 = 2 \times 3\newlines2=s×ss^2 = s \times s\newlineSo, 6s26s^2 can be written as 2×3×s×s2 \times 3 \times s \times s.
  3. Identify Common Factors: Identify the common factors between 3s33s^3 and 6s26s^2. Both expressions have the common factors 33, ss, and ss. The greatest common factor will be the product of these common factors. Therefore, the greatest common factor is 3×s×s=3s23 \times s \times s = 3s^2.