In this expression, we note that the conversion factor, 0.453592, has six digits after the decimal point. Depending on the application, when displaying the converted weight, we may or may not want to display that many digits. a) Using the fprintf statement and the %f conversion specification, create a MATLAB script that displays the weight in kg with exactly 3 digits after the decimal point. For example if the weight in pounds is 150, then the weight in kg should be displayed as Weight = 68.039 kg Note your fprintf statement should be in terms of a variable, not only constants. Paste your code here: b) Now suppose we have an array of four weights in kg that we want to convert to pounds and display with no digits after the decimal point. Create a MATLAB script that loops over the values in the array and displays the original kg values with 1 digit after the decimal as well as the weight in pounds with no digits after the decimal. Suppose the weight (in kg) array is composed of the following values: [50.543 65.676 75.343 80.937] Then your output should look like the following: 50.5 kg = 111 lbs 65.7 kg = 145 lbs 75.3 kg = 166 lbs 80.9 kg = 178 lbs Submit your script as an .m file in addition to this pdf. Additionally, paste your code here - include a comment for each and every line: