How do you figure this in excel? Correct answer?
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places.
P(x | n, p) =
| n! |
| (n − x)! x! |
· px · qn − x where q = 1 − p
P(x = 7, n = 10, p = 0.4)
=
Here we need to use binomial distribution to find P(x=7) with n=10 and p=0.4
So
How do you figure this in excel? Correct answer? Calculate the following binomial probability by either...
How do I get the answer to Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x < 8, n = 9, p = 0.9) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p ) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x < 4, n = 10, p = 0.4) = If you can please explain to me how to do this besides just the answer?
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x = 11, n = 13, p = 0.70) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x > 12, n = 15, p = 0.7) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x > 10, n = 15, p = 0.8) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x = 10, n = 12, p = 0.75) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x = 14, n = 16, p = 0.80) =
Calculate the following binomial probability by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answer to 3 decimal places. P(x | n, p) = n! (n − x)! x! · px · qn − x where q = 1 − p P(x = 11, n = 13, p = 0.80) =
Calculate the following binomial probabilities by either using one of the binomial probability tables, software, or a calculator using the formula below. Round your answers to 3 decimal places. A.) P(x | n, p) = n! / (n − x)! x! · p^x · q^n − x where q = 1 − p P(x < 7, n = 8, p = 0.9)= B.) P(x | n, p) = n! / (n − x)! x! · p^x · q^n − x...
Assume the random
variable X has a binomial distribution with the given probability
of obtaining a success. Find the following probability, given the
number of trials and the probability of obtaining a success. Round
your answer to four decimal places.
P(X>2)P(X>2),
n=5n=5, p=0.4
success. Find the following probability, given the number of trials and the probability of obtaininga success. Round your answer to four decimal places. PX > 2), n 5, p = 0.4 Tables Keypad Answer How to enter...