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Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline3h3+9h3h^3 + 9h

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Q. Factor out the greatest common factor. If the greatest common factor is 11, just retype the polynomial.\newline3h3+9h3h^3 + 9h
  1. Identify Factors and Powers: We need to find the greatest common factor (GCF) of the terms 3h33h^3 and 9h9h. To do this, we will list the factors of the coefficients and the powers of hh.\newlineFactors of 33: 1,31, 3\newlineFactors of 99: 1,3,91, 3, 9\newlinePowers of hh in 3h33h^3: h,h2,h3h, h^2, h^3\newlinePowers of hh in 9h9h: hh\newlineThe common factors of the coefficients are 9h9h33 and 33. The common powers of hh are just hh, since that is the lowest power of hh present in both terms.
  2. Determine Greatest Common Factor: The greatest common factor of the coefficients 33 and 99 is 33. The greatest common factor of the powers of hh is hh. Therefore, the GCF of the entire polynomial is 3h3h.
  3. Divide by GCF: Now we will divide each term of the polynomial by the GCF to factor it out.\newline3h3÷3h=h23h^3 \div 3h = h^2\newline9h÷3h=39h \div 3h = 3
  4. Write Factored Polynomial: We can now write the original polynomial as the product of the GCF and the factored terms. 3h3+9h=3h(h2+3)3h^3 + 9h = 3h(h^2 + 3)