For the Final, either print out test and write your answers on the test or write each problem with full answer. Round all answers to 4 decimalplaces.Submitas one PDFin portrait format (not landscape)....

For the Final, either print out test and write your answers on the test or write each problem with full answer. Round all answers to 4 decimalplaces.Submitas one PDFin portrait format (not landscape). No photos.No zip files.Please write neatly. Any answer that I can’t read will be considered wrong.1.Listed below are systolic blood pressure measurements (in mm Hg) obtained from the same woman. Is there sufficient evidence to conclude that there is a linear correlation between right and left arm systolic blood pressure measurements?Right Arm102101947979Left Arm175169182146144A.Write null and alternative hypothesis.B.Calculate test statistic.C.Calculate P-value.D.Circle correctdecision.1) Reject Ho2) Fail to reject Ho3) Reject Ho4) Fail to reject HoPPPP    E.Circle correct conclusion.1)There is sufficient evidence to support the alternative hypothesis.2)There is insufficient evidence to support the alternative hypothesis.3)There is sufficient evidence to support the null hypothesis.4)There is insufficient evidence to support the null hypothesis.2.From the data in Problem #1, a.Find the best fit regression equation.b.Find the best predicted systolic blood pressure in the left arm given that the systolic blood pressure in the right arm is 100 mm Hg..3.One classic application of correlation involves the association between the temperature and the number of times a crick chirps in a minute. Listed below are the number of chirps in 1 min and the corresponding temperatures in F. Is there evidence to conclude that there is a linear correlation between the number of chirps and the temperature?Chirps in 1 min8821188110486412001032960900Temperature (F)69.793.384.376.388.682.671.679.6A.Write null and alternative hypothesis.B.Calculate test statistic.C.Calculate P-value.D.Circle correct decision.1) Reject Ho2) Fail to reject Ho3) Reject Ho4) Fail to reject HoPPPP  Circle correct conclusion.1)There is sufficient evidence to support the alternative hypothesis.2)There is insufficient evidence to support the alternative hypothesis. 3)There is sufficient evidence to support the null hypothesis.4)There is insufficient evidence to support the null hypothesis.4.From the data in Problem #3, a.Find the best fit regression equation.b.Predict the best predicted temperature at a time when a cricket chirps 1000 times in 1 minute.5.Weights (kg) of poplar trees were obtained from threes planted in a rich and moist region. The trees were given different treatments identified in the table below. Use a 0.05 significance level to test the claim that the four treatment categories yield poplar trees with the same mean weight. No TreatmentFertilizerIrrigationFertilizer and Irrigation1.210.940.070.850.570.870.661.780.560.460.101.470.130.560.822.251.301.030.941.64A.Write null and alternative hypothesis.B.Calculate test statistic.C.Calculate P-value.D.Circle correct decision.1) Reject Ho2) Fail to reject Ho3) Reject Ho4) Fail to reject HoPPPP    