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A P.E. teacher needs to divide 1616 male students and 88 female students into teams, each with the same combination of male students and female students and nobody left out. What is the greatest number of teams that can be formed?\newline_____ teams

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Q. A P.E. teacher needs to divide 1616 male students and 88 female students into teams, each with the same combination of male students and female students and nobody left out. What is the greatest number of teams that can be formed?\newline_____ teams
  1. Identify Need: Step 11: Identify the need to find the greatest common factor (GCF) to determine the maximum number of teams that can be formed with equal numbers of male and female students.
  2. List Factors: Step 22: List the factors of 1616 and 88.\newlineFactors of 1616: 11, 22, 44, 88, 1616\newlineFactors of 88: 11, 22, 44, 88\newlineCommon factors: 11, 22, 44, 88\newlineThe GCF is 88.
  3. Conclude Teams: Step 33: Conclude the greatest number of teams that can be formed.\newlineSince the GCF of 1616 and 88 is 88, the greatest number of teams that can be formed is 88, with each team having 22 male students and 11 female student.

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