Use technology to find the​ P-value for the hypothesis test described below.   The claim is that for 12 AM body​ temperatures, the mean is mu fewer than98.6degrees F. The sample size is nequals 5   and the test statistic is  t equals negative 2.314 . ​P-value equals nothing   ​(Round to three decimal places as​ needed.)

A sample mean, sample size, and population standard deviation are provided below.  Use the one-mean z test to perform the required hypothesis test at the 10% signifigance level.  Find the test statistics and P-Values. x bar-22 n=36 s=5 Ho: mean =24 Ha: mean < 24

Use technology to find the P-value for the hypothesis test described below. The claim is that for 12 AM body temperatures, the mean is u < 98.6°F. The sample size is n = 4 and the test statistic is t= - 1.762. P-value = (Round to three decimal places as needed.)

Use technology to find the P-value for the hypothesis test described below. The claim is that for 12 AM body temperatures, the mean is µ > 98.6°F. The sample size is n = 4 and the test statistic is t=2.042. P-value = (Round to three decimal places as needed.)

Professor Nord stated that the mean score on the final exam from all the years he has been teaching is a 79%.  Colby was in his most recent class, and his class’s mean score on the final exam was 82%.  Colby decided to run a hypothesis test to determine if the mean score of his class was significantly greater than the mean score of the population.  α = .01. What is the mean score of the population? What is the mean score of the sample? Is this test one-tailed or two-tailed? Why?

Please help me with this question.

Use technology to find the P-value for the hypothesis test described below. The claim is that for a smartphone carrier's data speeds at airports, the mean is µ = 14.00 Mbps. The sample size is n= 26 and the test statistic is t= 1.186. P-value = (Round to three decimal places as needed.)

Use technology to find the​ P-value for the hypothesis test described below.   The claim is that for a smartphone​ carrier's data speeds at​ airports, the mean is μ=12.00 Mbps. The sample size is n=22 and the test statistic is t=1.488.     ​P-value=enter your response here ​(Round to three decimal places as​ needed.)

Can you please help me with this statistics last math problem? Thank you!

Use technology to find the P-value for the hypothesis test described below. The claim is that for a smartphone carrier's data speeds at airports, the mean is µ = 14.00 Mbps. The sample size is n = 22 and the test statistic is t=2.149. P-value = (Round to three decimal places as needed.)