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 = 3 and the test statistic is t = 1.175

Use the pulse rates in beats per minute​ (bpm) of a random sample of adult females listed in the data set available below to test the claim that the mean is less than 69bpm. Use a 0.05 significance level. Determine the p-value, test statistic, and whether to reject or support the null hypothesis.  Pulse Rates (bpm)4758945542428462993656838640967652866179101964387103596043524566974010140833853398649613552933856446594

Teat the claim abouy the population mean, u, at the given level of significance, a, using the given sample statistics. Claim:u=50; a=0.05; o=3.11. Sample statistics: x=48.4, n=71. i) Identify the null and alternative hypothesis. (Do not forget to find the standardized test statistic and critical values) ii) Determine tge outcome and conclusion of the test.

estimate the population proportion p,what is the minimum sample size we need in order to achieve a margin of error no more than 0.01 with a 95% cinfidence level? Similar study in the past suggest an guess of 0.1 for the value of p.

Does mean cholesterol differ for college students who are sedentary, a little active, and very active? Decide what statistical procedure would most likely be used to answer the research question. Assume all assumptions have been met for using the procedure.     One sample Z or t test     Two independent samples t test     Paired Samples t test     Regression     Chi-Squared test     ANOVA     Confidence Interval

The accompanying data table lists the magnitudes of 50 earthquakes measured on the Richter scale. Test the claim that the population of earthquakes has a mean magnitude greater than 1.00. Use a 0.01 significance level. Identify the null​ hypothesis, alternative​ hypothesis, test​ statistic, P-value, and conclusion for the test. Assume this is a simple random sample.

Determine the Test statistic. Determine the P-Value. State the final conclusion that addresses the original claim.

Assume that a simple random sample has been selected from a normally distributed population.  State the final conclusion.Test the claim that the mean lifetime of car engines of a particular type is greater than 220,000 miles. Sample data are summarized as n = 23,  and s = 11,500 miles. Use a significance level of α = 0.01.H0: μ = 220,000     HA: μ > 220,000State your conclusion about H0. Choose the best answer below: A. Reject HA B. Do not reject H0 C. Do not reject HA D. Reject H0 E. Cannot draw a conclusion for information given

After clicking the Generate Results button, SALT will display the summary of the One Sample t test on the right side of the Inferential Statistics page. Enter the requested values below. Round your standard error to three decimal places and your test statistic to two decimal places. Standard Error: Test Statistic: Degrees of freedom: P-value: 0.493 66.366 53 53 less than 0.05 0.493 66.37 less than 0.05 Step 5 of 5 Since the P-value is less than our significance value of 0.05, this leads us to reject the null hypothesis. Based on the sample data, there ---Select--- convincing evidence that male Boston Marathon winners have an average finish time that is longer than the male Boston Wheelchair Marathon winners than what could have resulted from sampling error alone. In other words, Boston's male wheelchair athlete winners finish a marathon in ---Select--- time, on average, than male Boston marathon winners. Optional extension: In case you would like to investigate whether a similar…

Use technology to help you test the claim about the population​ mean, μ​, at the given level of​ significance, α​, using the given sample statistics. Assume the population is normally distributed.   ​Claim: μ>1300​; α=0.08​; σ=211.56. Sample​ statistics: x=1326.31​, n=250       Identify the null and alternative hypotheses. Choose the correct answer below.     A. H0​: μ≥1326.31 Ha​: μ<1326.31   B. H0​: μ≥1300 Ha​: μ<1300   C. H0​: μ≤1326.31 Ha​: μ>1326.31   D. H0​: μ>1326.31 Ha​: μ≤1326.31   E. H0​: μ≤1300 Ha​: μ>1300   F. H0​: μ>1300 Ha​: μ≤1300 Calculate the standardized test statistic.   The standardized test statistic is enter your response here. ​(Round to two decimal places as​ needed.) Determine the​ P-value.   P=enter your response here ​(Round to three decimal places as​ needed.) Determine the outcome and conclusion of the test.   ▼   Reject Fail to reject H0. At the 8​%…