Hello, could you please help me with these 2 problems. I have to solve them in "Statdisk Online," provide a written answer and a screenshot of the entire Statdisk Online page as evidence that I use this particular page, the problem is that I don't know how to use this page very well so I really need your help with the screenshot. Here I will attach the corresponding chapter, perhaps it will serve as a context.

Chapter 9: lnferences from Two Samples CHAPTER 9 WORKBOOK: Inferences from Two Samples 93 Is Blood Pressure the Same for Both Arms? Listed below are systolic blood pressure measurements {mm Hg} taken from the right and left arms of the same woman {based on data from "Consistency of Blood Pressure Differences Between the Left and Right Arms," by Eguchi et al, Archives oflnternol Medicine, Vol. 16?]. Use a 0.05 significance level to test for a difference between the measurements from the two arms. What do you conclude? Right arm 102 101 94 3'9 7'9 Left arm 17'5 169 182 146 144 Test statistic: Critical yaluels]: Pyalue: Conclusion: Chapter 10: Correlation and Regression CHAPTER 10 WORKBOOK: Correlation and Regression 101 Bear Weights and Chest Sizes Refer to Elementary Statistics, 14th Edition, Data Set 13 \"Bear Measurements". Use the values for CHEST {x} and the values for WEIGHT [y] to find the following. a. Display the scatter diagram of the paired CHEST/'WEIGHT data. Based on that scatter diagram, does there appear to be a relationship between the chest sizes of bears and their weights? If so, what is it b. Find the value of the linear correlation coefficient r. c. Assuming a 0.05 level of significance, what do you conclude about the correlation between chest sizes and weights of bears? d. Find the equation of the regression line. [Use CHEST as the x predictor variable, and use WEIGHT as the 5: response variable.) e. What is the best predicted weight of a bear with a chest size of 36.0 in