![Consider 5 independent bernoulli's trials each with probability p of success. If the probability of one failure is greater than or equal to 31 32 , then p lies in the interval Consider 5 independent bernoulli's trials each with probability p of success. If the probability of one failure is greater than or equal to 31 32 , then p lies in the interval](https://haygot.s3.amazonaws.com/questions/1971527_1020154_ans_94e5b20bfeb4452993ea47f3a617fe06.jpg)
Consider 5 independent bernoulli's trials each with probability p of success. If the probability of one failure is greater than or equal to 31 32 , then p lies in the interval
![Understanding Bernoulli's Principle - A Plus Topper #ApplicationsOfBernoulli'sTheoremClass11 | Physics lessons, Principles, Understanding Understanding Bernoulli's Principle - A Plus Topper #ApplicationsOfBernoulli'sTheoremClass11 | Physics lessons, Principles, Understanding](https://i.pinimg.com/originals/44/f2/7f/44f27f34d4d10a54de038b9a173baa73.png)
Understanding Bernoulli's Principle - A Plus Topper #ApplicationsOfBernoulli'sTheoremClass11 | Physics lessons, Principles, Understanding
![SOLVED: A vote with outcome ???????????? or ???????????????????????????? follows a Bernoulli distribution where ????(vote = "????????????") = 0.27. Represent the proportion of “for” and “against” in this single Bernoulli trial using a SOLVED: A vote with outcome ???????????? or ???????????????????????????? follows a Bernoulli distribution where ????(vote = "????????????") = 0.27. Represent the proportion of “for” and “against” in this single Bernoulli trial using a](https://cdn.numerade.com/ask_previews/46132b00-0a40-48aa-ae1a-00c7e23c3469_large.jpg)