<p>the first grid in. it was like 33 ppl and u have to div them into teams more than 2 or something. did u get 2 or 11..
2 is the max number of teams u can get
11 is the max players in a team
hmm</p>
<p>Um... no. 11 = max # of teams you can get with the same ppl on each. </p>
<p>33/3 = 11.</p>
<p>no it was 16. IT was the maximum number of teams. You did NOT need exactly the same per team, just teams of 2 bare minimally. Thus 33/2 = 16 r1 so 16 is the answer.</p>
<p>Okay, the answer was 11.</p>
<p>There were 33 people and there had there had to be a minimum of 2 people per group. Each group had to have the same number of people, and each person had to be in a group (no repeats either). The question was: what is the greatest number of groups possible?</p>
<p>Well, like WantIvy said, 33/3 = 11 is the only solution that fits the criteria.</p>
<p>Answer is 11. Teams could be 2 or more, and each team had to have the same number of people. I underlined it, so don't argue with me.</p>
<p>^If the question said each person had to be in a group, then it was definitely 11. I don't remember the question saying that though...</p>
<p>are u sure each group had to have the same number of people?</p>
<p>Im positive lol. I chose 15 first, then 16. Then after i finished the rest of the math section with 5 mins to spare, i went back to that question and reread it. I caught "Same number of students per team" in the middle of the sentence, and changed my answer to 11.</p>
<p>Stop discussing things that already have been settled.
It's 11, kthxbye</p>
<p>I don't understand why people are having such trouble with this problem lol. The direction were very clear on how to make the teams.</p>
<p>i cant believe this problem is rated HARD! lol. so many people get ripped...</p>
<p>But zenbadabing, did it say nobody could be left over?</p>
<p>Yep, it mentioned it in the beginning. Every student was to be on a team, and every team had the same number of students. Can we please stop discussing this Q? it was number 9. jesus.</p>