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A four-man bobsled team wanted to try changing their seating positions. How many different ways can they sit in the bobsled (from front to back)? Please explain how to arrive at…

A four-man bobsled team wanted to try changing their seating positions. How many different ways can they sit in the bobsled (from front to back)? Please explain how to arrive at…
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A four-man bobsled team wanted to try changing their seating positions. How many different ways can they sit in the bobsled (from front to back)? Please explain how to arrive at the answer too, thx.

User Olivier Coilland
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1 Answer

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The total number of combinations is the product of the number of available choices at each point, so in this case:

4*3*2*1 or just 4! which is equal to 24 combinations.
User Kamran Amini
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