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Mathematics 16 Online
OpenStudy (anonymous):

A qualifying race includes 12 female athletes. The top 3 finishes will represent the US on the olympic 10k team. How many possible different teams are there?

OpenStudy (fibonaccichick666):

so, how many choices do you have for the first person?

OpenStudy (ageta):

bye

OpenStudy (anonymous):

there are 3 choices for the first person @FibonacciChick666

OpenStudy (fibonaccichick666):

how are you getting 3?

OpenStudy (anonymous):

oh sorry i mean 1

OpenStudy (fibonaccichick666):

let me rephrase, how many people have a chance at getting first place?

Directrix (directrix):

@helpmath123 Isn't this problem pretty much the same as the one you just worked here: http://openstudy.com/users/helpmath123#/updates/547d3003e4b0ae92adfff765

OpenStudy (anonymous):

I think so, but I am not good at math. Is it very similar where as I work it out the same?

OpenStudy (fibonaccichick666):

well, I can help you understand it bettter if you wish

Directrix (directrix):

Each set of top three finishers forms one team. On the other problem, you found how many ways 12 people could finish a race in the top three positions. I'm thinking that the answers are the same. Let's see what the others think.

Directrix (directrix):

>>well, I can help you understand it bettter if you wish @FibonacciChick666 Please do.

OpenStudy (anonymous):

yes please! I will really appreciate it

OpenStudy (fibonaccichick666):

then, i repose: "let me rephrase, how many people have a chance[opportunity] at getting first place?"

OpenStudy (fibonaccichick666):

@helpmath123

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