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Factor 10h+30+50j10h+30+50j to identify the equivalent expressions.\newlineChoose 22 answers:\newlineA) 5(2h+6+10j)5(2h+6+10j)\newlineB) 10(h+3+5j)10(h+3+5j)\newlineC) 2(5h+15+25j)2(5h+15+25j)\newlineD) 15(23h+2+103j)15(\frac{2}{3}h+2+\frac{10}{3}j)

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Q. Factor 10h+30+50j10h+30+50j to identify the equivalent expressions.\newlineChoose 22 answers:\newlineA) 5(2h+6+10j)5(2h+6+10j)\newlineB) 10(h+3+5j)10(h+3+5j)\newlineC) 2(5h+15+25j)2(5h+15+25j)\newlineD) 15(23h+2+103j)15(\frac{2}{3}h+2+\frac{10}{3}j)
  1. Identify Common Factor: Identify the common factor in the terms 10h10h, 3030, and 50j50j. The common factor is 1010, as it divides evenly into each of the coefficients of the terms.
  2. Factor Out Common Factor: Factor out the common factor from each term.\newline10h+30+50j=10(h+3+5j)10h + 30 + 50j = 10(h + 3 + 5j)
  3. Check Answer Choices: Check the answer choices to see which ones match the factored expression.\newlineThe factored expression is 10(h+3+5j)10(h + 3 + 5j), so we look for this in the answer choices.
  4. Compare with Answer Choices: Compare the factored expression with the answer choices.\newlineA. 5(2h+30+50j)5(2h + 30 + 50j) is not correct because it does not have the common factor of 1010 factored out correctly.\newlineB. 10(h+3+5j)10(h + 3 + 5j) is correct because it matches the factored expression.\newlineC. 2(5h+15+25j)2(5h + 15 + 25j) is not correct because it does not have the common factor of 1010 factored out correctly.\newlineD. 15(10h+2+50j)15(10h + 2 + 50j) is not correct because it does not have the common factor of 1010 factored out correctly and the coefficients are incorrect.

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