A binomial probability experiment is conducted with the given parameters. Compute the probability of x successes in the n independent trials of the experiment. n= 60, p = 0.01, x=2 P(2) = 0.0988 (Do not round until the final answer. Then round to four decimal places as needed.)

 Follow up on the question  of flights  on a certain route  are on time 80% of the time. Suppose 13 flights are randomly selected  and the number of on time flights is recorded. What is the interpret the probability that between 6 and 8 flights inclusive are on time.

According to an airline flights on a route are on time 80% of the time. SUPPOSE 13 FLIGHTS ARE RANDOMLY SCHEDULE SELECTED AND THE NUMBER OF ON TIME FLIGHTS RECORDED.

FIND THE INTERPRET THAT EXACTLY 8 FLIGHTS ON TIME 

FIND THE INTERPRET THE PROBABILITY THAT FEWER THAN 8 FLIGHTS ON TIME 

FIND THE INTERPRET THE PROBABILITY THAT AT LEAST 8 FLIGHTS ON TIME 

FIND THE INTERPRET THE PROBABILITY THAT BETWEEN 6 AND 8 FLIGHTS INCLUSIVE  ARE ON TIME

Suppose Jim is going to build a Playlist that contains 5 songs. In how many ways can Jim arrange 5 songs on the Playlist please explain the steps

How would figure out this problem n=12, p=0.6, x= 10 binomial probability experiment with the given parameters 

The step by step you provide does not answer my question

Ok in this binomial probability experiment how do you solve the problem like solve like 60/2!58!