Six Sophomores And 14 Freshmen Are Competing For Two Alternate Positions On The Debate Team. Which Expression Represents The Probability That Both Students Chosen Are Sophomores? Startfraction (20 C 6) (19 C 5) Over 20 C 2 Endfraction Startfraction (20 P 6) (19 P 5) Over 20 P 2 Endfraction

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Six Sophomores And 14 Freshmen Are Competing For Two Alternate Positions On The Debate Team. Which Expression Represents The Probability That Both Students Chosen Are Sophomores? Startfraction (20 C 6) (19 C 5) Over 20 C 2 Endfraction Startfraction (20 P 6) (19 P 5) Over 20 P 2 Endfraction. Six sophomores and 14 freshmen are competing for two alternate positions on the debate team which expression. The requested probability can be computed as the ratio between the number of ways to choose two sophomores in alternate positions and the total number of possible.

Solved Six sophomores and 14 freshmen are competing for two alternate
Solved Six sophomores and 14 freshmen are competing for two alternate from www.gauthmath.com

Similarly, (20c2) = 20!/ (2! To find the probability that both students chosen for the alternate positions on the debate team are sophomores, we need to calculate the number of ways to choose 2 sophomores out of the. Six sophomores and 14 freshmen are competing for two alternate positions on the debate team.

Which Expression Represents The Probability That Both Students Chosen Are.


【solved】click here to get an answer to your question : The requested probability can be computed as the ratio between the number of ways to choose two sophomores in alternate positions and the total number of possible. Six sophomores and 14 freshmen are competing for two alternate positions on the debate team which expression.

Similarly, (20C2) = 20!/ (2!


【solved】click here to get an answer to your question : Which expression represents the probability that both students chosen are sophomores? Six sophomores and 14 freshmen are competing for two alternate positions on the debate team.

Six Sophomores And 14 Freshmen Are Competing For Two Alternate Positions On The Debate Team.


To find the probability of selecting two sophomores from a group of 6 sophomores and 14 freshmen, use the expression 6c2 / 20c2. To find the probability that both students chosen are sophomores, we need to calculate the probability of choosing one sophomore and then another, out of the total number. Six sophomores and 14 freshmen are competing for two alternate positions on the debate team.

Using The Formula For Combinations, Ncr = N!/ (R!


There are a total of 6 sophomores and 14 freshmen. To find the probability that both students chosen for the alternate positions on the debate team are sophomores, we need to calculate the number of ways to choose 2 sophomores out of the.

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