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Which expression is the result of factoring the expression below by taking out its greatest common factor?
12x^(2)+8=?
Choose 1 answer:
(A) 2(6x+4)
(B) 4(3x^(2)+2)
(C) 2(6x^(2)+4)
(D) 4(3x+2)

Which expression is the result of factoring the expression below by taking out its greatest common factor?\newline12x2+8=?12x^{2}+8=?\newlineChoose 11 answer:\newline(A) 2(6x+4)2(6x+4)\newline(B) 4(3x2+2)4(3x^{2}+2)\newline(C) 2(6x2+4)2(6x^{2}+4)\newline(D) 4(3x+2)4(3x+2)

Full solution

Q. Which expression is the result of factoring the expression below by taking out its greatest common factor?\newline12x2+8=?12x^{2}+8=?\newlineChoose 11 answer:\newline(A) 2(6x+4)2(6x+4)\newline(B) 4(3x2+2)4(3x^{2}+2)\newline(C) 2(6x2+4)2(6x^{2}+4)\newline(D) 4(3x+2)4(3x+2)
  1. Identify GCF: First, identify the greatest common factor (GCF) of the terms in the expression 12x2+812x^2 + 8. The coefficients 1212 and 88 have a GCF of 44. The variable part only appears in the first term, so it is not part of the GCF.
  2. Divide by GCF: Next, divide each term in the expression by the GCF (44) to find what should be inside the parentheses when factoring out the GCF. For the first term, 12x212x^2 divided by 44 is 3x23x^2. For the second term, 88 divided by 44 is 22.
  3. Write Factored Expression: Write the factored expression by placing the GCF outside the parentheses and the results from the division inside the parentheses. This gives us 4(3x2+2)4(3x^2 + 2).