Answer Happy

1. Write a user-defined MATLAB function called ConvertWeightHeight.m, with two input and two output arguments that determines the height in meter (m) and weight in kilograms (kg) of a person from his/her height in feet (ft.) and weight in pounds (lb). (10 pts) 2. Create a class called Body Mass Index.m with specific properties and methods shown in the MATLAB tutorial OOP section. Calculate and output the BMI value of a 5ft. 6in, person who weighs 180 lbs. Use the ConvertWeightHeight function that you wrote previously for the unit conversion. Hint: You may think of 5ft. 6in. as a decimal number as the input into your ConvertWeightHeight.m function. (20 pts) 3. Generate a sample dataset with the weight and height of 100 people. Calculate their BMIs. Some useful functions that you can use to generate the dataset are: linspace() https://www.mathworks.com/help/matlab/ref/linspace.html rand() https://www.mathworks.com/help/matlab/ref/rand.html ● Plot the BMIs for the 100 people. Add x-label ('Person #') and y-label ('BMI Value') and title ('Population BMI') to the plot. Ensure your BMI values are within a reasonable (or humanly possible) range, you can use this as a reference: https://www.cdc.gov/healthyweight/asses ... index.html (20 pts) 4. Create a script called Probleml_LastName.m to store the code you wrote for Parts 2 and 3. The person's BMI value in Part 2 and the plot in Part 3 should be generated after running the script. Include the answer for Part 2 in the script as a comment. Save the plot as PopulationBMI. fig. Avoid outputting the BMI values for 100 people.