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Apply the distributive property to factor out the greatest common factor.

44+48=

Apply the distributive property to factor out the greatest common factor.\newline44+48= 44+48=

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Q. Apply the distributive property to factor out the greatest common factor.\newline44+48= 44+48=
  1. Identifying the GCF of 4444 and 4848: Let's identify the greatest common factor (GCF) of 4444 and 4848.\newlineTo find the GCF, we list the factors of each number:\newlineFactors of 4444: 11, 22, 44, 1111, 2222, 4444\newlineFactors of 4848: 11, 22, 484822, 44, 484844, 484855, 484866, 484877, 484888, 4848\newlineThe greatest common factor of 4444 and 4848 is 44.
  2. Applying the distributive property: Now, we apply the distributive property to factor out the GCF from the expression 44+4844 + 48.\newlineWe divide each term by the GCF, which is 44:\newline44÷4=1144 \div 4 = 11\newline48÷4=1248 \div 4 = 12
  3. Replacing terms with quotients: Next, we write the original expression with each term replaced by its quotient after dividing by the GCF: 44+4844 + 48 becomes 4(11)+4(12)4(11) + 4(12)
  4. Factoring out the GCF: Finally, we use the distributive property to factor out the GCF: 4(11)+4(12)=4(11+12)4(11) + 4(12) = 4(11 + 12)
  5. Adding the numbers inside parentheses: We add the numbers inside the parentheses: 11+12=2311 + 12 = 23
  6. Writing the factored expression: Now, we write the factored expression with the sum inside the parentheses: 4(11+12)4(11 + 12) becomes 4(23)4(23)

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