In how many different ways can 3 identical green shirts and 3 identical red shirts be distributed among 6 children such that each child receives a shirt?
OA-Later
OA-Later
gig92
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gig92 wrote:In how many different ways can 3 identical green shirts and 3 identical red shirts be distributed among 6 children such that each child receives a shirt?
OA-Later
Thanks, I think I need some good sleep!! Morning math was not a good idea!!sanju09 wrote:gig92 wrote:In how many different ways can 3 identical green shirts and 3 identical red shirts be distributed among 6 children such that each child receives a shirt?
OA-Later
This is analogous to arranging six letters with repetitions: GGGRRR
We can always take this = 6!/ (3! × 3!)
= [spoiler]20[/spoiler]
jk2010 wrote:Why does the color of the shirts matter? I worked this out to be 6! since there is nothing indicating that the colors of the shirts make a difference. In other words, how many ways can 6 kids get 6 shirts. What am I missing?