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Barbara is getting older and feels like she should donate her collection of stuffed animals to children who are less fortunate. She has 1212 stuffed cats and 1616 stuffed dogs, which she wants to divide into identical groups, with no stuffed animals left over. What is the greatest number of groups Barbara can place her stuffed animals into?\newline_____\_\_\_\_\_ groups

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Q. Barbara is getting older and feels like she should donate her collection of stuffed animals to children who are less fortunate. She has 1212 stuffed cats and 1616 stuffed dogs, which she wants to divide into identical groups, with no stuffed animals left over. What is the greatest number of groups Barbara can place her stuffed animals into?\newline_____\_\_\_\_\_ groups
  1. Identify Need: Identify the need to find the greatest common factor (GCF) to determine the maximum number of groups that can be formed without leaving any stuffed animals out.
  2. List Factors: List the factors of 1212 and 1616 to find the GCF.\newlineFactors of 1212: 11, 22, 33, 44, 66, 1212.\newlineFactors of 1616: 11, 22, 44, 161633, 1616.\newlineCommon factors are 11, 22, 44.
  3. Find GCF: The highest number in the common factors is 44, so the GCF is 44. This means Barbara can make 44 groups of stuffed animals.

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