Please number each problem being worked on and be thorough with your explanation... This can become very confusing if not written out and spaced out very well from each question. Please answer EACH PART of each question. Thank you!

pulse exercisegrp 84 High 76 High 56 High 64 High 50 High 49 High 68 High 71 High 68 High 78 High 60 High 74 High 82 High 69 High 82 Moderate 88 Moderate 80 Moderate 70 Moderate 78 Moderate 86 Moderate 59 Moderate 68 Moderate 75 Moderate 60 Moderate 71 Moderate 70 Moderate 68 Moderate 65 Moderate 47 Moderate 72 Moderate 76 Moderate 75 Moderate 78 Moderate 84 Moderate 90 Moderate 64 Moderate 88 Moderate 88 Moderate 76 Moderate 86 Moderate 68 Moderate 71 Moderate 70 Moderate 69 Moderate 83 Moderate 78 Moderate 80 Moderate 68 Moderate 62 Moderate 58 Moderate 84 Moderate 104 Moderate 66 Moderate 65 Moderate 80 Moderate 66 Moderate 84 Moderate 76 Moderate 63 Moderate 65 Moderate 76 Moderate 80 Moderate 76 Moderate 76 Moderate 75 Moderate 72 Moderate 80 Moderate 74 Moderate 61 Moderate 90 Moderate 64 Moderate 74 Moderate 75 Moderate 78 Low 72 Low 74 Low 80 Low 66 Low 76 Low 85 Low 72 Low 70 Low 85 Low 78 Low 88 Low 92 Low 71 Low 90 Low 74 Low 77 Low 64 Low 88 Low 78 Low 81 Low 84 Low 70 Low 92 Low 76 Low 80 Low 80 Low 70 Low 83 Low 60 Low 80 Low 52 Low 76 Low 64 Low 119 Low 90 Low 86 Low

1. Use Python to make a side-by-side boxplot of the three exercise frequency groups, and describe what you find. Remember to discuss whether there are outliers, the amount of overlap between the boxes, and the general trends present.
2. Use Python to find the sample size, sample mean, and sample standard deviation of each exercise frequency group.
3. State your hypotheses for a one-way ANOVA test for this problem.
4. Run the one-way ANOVA using Python. Report the F test statistic and the p-value. MSE = _________ F = ___________ p-value =______________