Assuming the binomial distribution applies with a sample size of n= 12, find the values below. a. the probability of 5 or more successes if the probability of a success is 0.25 b. the probability of fewer than 4 successes if the probability of a success is 0.30 c. the expected value of the random variable if the probability of success is 0.95 d. the standard deviation of the random variable if the probability of success is 0.95 a. If the probability of a success is 0.25, the probability of 5 or more successes is (Round to four decimal places as needed.)

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Assuming the binomial distribution applies with a sample size of n = 12, find the values below.
a. the probability of 5 or more successes if the probability of a success is 0.25
b. the probability of fewer than 4 successes if the probability of a success is 0.30
c. the expected value of the random variable if the probability of success is 0.95
d. the standard deviation of the random variable if the probability of success is 0.95
a. If the probability of a success is 0.25, the probability of 5 or more successes is
(Round to four decimal places as needed.)
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Transcribed Image Text:5.2.28-T Question Help Assuming the binomial distribution applies with a sample size of n = 12, find the values below. a. the probability of 5 or more successes if the probability of a success is 0.25 b. the probability of fewer than 4 successes if the probability of a success is 0.30 c. the expected value of the random variable if the probability of success is 0.95 d. the standard deviation of the random variable if the probability of success is 0.95 a. If the probability of a success is 0.25, the probability of 5 or more successes is (Round to four decimal places as needed.) Enter your answer in the answer box and then click Check Answer. parts remaining Clear All Check Answer
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