Unit 4 Assignment: Examining Mean, Median and ModeTo see the grading rubric, go to Course Resources / Grading RubricsUnit outcomes:Differentiate between mean, median, and mode.Interpret distribution shapes, especially with respect to skewness and outliers.Explain the concept of bell curve.Course outcome practiced in this Assignment:HS311-3: Examine summary statistics of health data in terms of central tendency.Calculate the median, mean and mode of the Unit 4 data in Course Resources. In a minimum of 250 words, identify your answers and explain in your own words how you approached each calculation. Draw conclusions from each of these measures and identify a strength and weakness for each. Be sure to comment on skewness, outliers, and how the dataset compares to a bell curve. This assignment should be submitted as a Word document.

Using the Health Traditions Model, discuss how the following practitioners might approach an illness: Traditional healers Physician Chiropractor Nurse practitioner For this assignment: Explain the components of Health Traditions Model. Select an illness that all health roles may be familiar with. Detail how each of the health roles might treat that illness. Compile your response into an APA-formatted, two- to three-page paper (excluding cover page and reference page) that addresses each item listed above. Use APA (6th ed.) format to style your paper and to cite your sources. Integrate your sources into the paragraphs and use internal citations pointing to evidence in the literature and supporting your ideas. You will need to include a reference page listing those sources. See the rubric for specific grading criteria.

Instructions: Download the provided Word document and carefully follow all instructions.  Submission: Upload your Word document, or you may also save and upload your work as a PDF file. Any appropriate sketches, diagrams, etc. may be pasted into the Word document or uploaded as a separate image file. NOTE:  Question 13  (in the Kepler's 2nd law section) asks you to use the simulator to note the size of the sweep segment for an eccentricity of 0.5.  To receive credit for the lab, in addition to your written answer, you must include a screenshot of the simulator with at least three sweep sections shown.  Pease upload the screenshot with your final lab submission.   Rubric: Your score will be based on the following rubric.  Rubric:   Background Material:  10 points  (2 points per question) Kepler's 1st Law:  29 points (4 points per question for questions 6 - 9;  6 points for Q10, 7 points for Q11) Kepler's 2nd Law: 19 points ( 4 points per question for questions 12 - 14;  7 points for Q15) Kepler's 3rd Law: 42 points (8 points for Q16; 4 points per question for questions 17 - 20;  8 points for Q21;  6 points for Q23)