Given the discrete uniform population with parameter N = 8, find the probability that a random sample of size 36, selected with replacement, will produce a sample mean greater than 5.
Write the answer with 4 decimals.
Given the discrete uniform population with parameter N = 8, find the probability that a random...
Given the discrete uniform population with parameter N = 8, find the probability that a random sample of size 36, selected with replacement, will produce a sample mean greater than 5. Answer using 4 decimals.
3 19. Given discrete uniform population f(x)= x-2,4,6 o otherwise Find probability thata random sample af 54 is selected with replacement will produce a sample mean greater than 4.1 but less than Assume means are measured to nearest 10th value
8.4.20 Given the discrete uniform population shown to the right find the probability that a random sample of size 96, selected with replacement, will yield a sample mean greater than 9.2 but less than 9.9. Assume the means are measured to the nearest tenth. x 1, 9, 17 f(x)= 3 0, elsewhere Click here to view page 1 of the standard normal distribution table Click here to view page 2 of the standard normal distribution table The probability is (Round...
Given the discrete uniform population 32 f(x) = x = 2, 4, 6, 10, elsewhere, find the probability that a random sample of size 54, selected with replacement, will yield a sample mean greater than 4.1 but less than 4.4. Assume the means are measured to the nearest tenth.
Suppose that the random variable X has the discrete uniform distribution f(x) = { 1/4, r= 5, 6, 7, 8. 0, otherwise. A random sample of n = 45 is selected from this distribution. Find the probability that the sample mean is greater than 6.7. Round your answer to two decimal places (e.g. 98.76). P= the absolute tolerance is +/-0.01
Suppose a random sample of size 60 is selected from a population with o -8. Find the value of the standard error of the mean in each of the following cases (use the finite appropriate) population correction factor i a. The population size is infinite (to 2 decimals). b. The The popuiation size is N-50,000 (to 2 decimals) c. The popuilation size is N- 5000 (to 2 decimals). d. The population size is N -500 (to 2 decimalis) In the...
A population of values has a normal distribution with μ=216.2 and σ=66.8. If a random sample of size n=17 is selected, Find the probability that a single randomly selected value is greater than 234. Round your answer to four decimals. to find answer P(X > 234) = Find the probability that a sample of size n=17 is randomly selected with a mean greater than 234. Round your answer to four decimals. to find answer P(M > 234) =
suppose a random sample of size 60 is selected from a population appropriate). ith。-8. Find the value et the standard eror of the mean in each of the fo10 ing cases use the snte population co recon stor r a. The population size is infinite (to 2 decimals) b. The population size is N-50,000 (to 2 decimals) e c.The population size is N-5000 (to 2 decimais) d. The population size is N-500 (to 2 decimals)
Suppose a random sample of size 46 is selected from a population with σ-8, Find the value ofthe standard error of the mean in each of the following cases (use the finite population correction o factor if appropriate). The population size is infinite (to 2 decimals). b. The pogulation size is N-50,000 (to 2 decimails) C.The pepulation size is N 5,000 (to 2 decimais) d. The population size is N-500 (to 2 decimals).
25 Anormal population - 0 - 8. A random sample and scores from 54 Wurthe-wore for this sample is population has a mean of 24. A random sample of 4 scares is obtained from a mal population with probability of obtaining met greater than 22 for this sample! - 20 and a t West - 20 the following samples is deur likely to be obtained For normal perelation with a Band for a sample of n = 4 X- 5...