The first one is the question and the second one is the sample

Work with your group to write an interactive MATLAB program to convert a yard stick to a meter stick. The program should plot the results in a graph, and interact with user by requesting the input in inches (a yard stick is 36 inches), convert the input into centimeters (1 inch = 2.54 cm), and mark it on the plot with 'o'. Create a new M-file in your Current Folder, name it as Li_GA.m, and write comments for each line of code. After you save and run the M-file, you should have a plot similar to Fig. 1-9 40 35 30 25 yard stick (in) 20 15 101 5 o 20 80 40 60 meter stick (cm) 100 To perform this exercise, copy and paste the following code, exactly as it is, into a new M-file, and name it L1 Exercise_5.m. % program to convert Celsius temperature to Fahrenheit temperature clear; clf; % clears figure $ Create variable tempc to be used as an argument in the mathematical % function for Fahrenheit temperature tempf as a function of tempo tempc = linspace(0, 100, 20); tempf = 9/5* tempc+32; % plot the function plot (tempc, tempf) xlabel('Temperature in degrees C','fontsize', 18) ylabel('Temperature in degrees F','fontsize', 18) set (gca,'fontsize', 18); grid on % request user to specify temperature in Centigrade and wait for input hold on tempo = input('What is the temperature in Centigrade?...'); tempf = 9/5* tempc+32; % convert input into Fahrenheit tempf % print results on command window plot(tempc, tempf,'o') % mark it on the plot with 'o' After you save and run the M-file, you should have a plot similar to Fig. 1-7, and the following lines will appear in your prompt window: >> L1_Exercise_5 What is the temperature in Centigrade?... 250 250 200 200 150 150 Temperature in degrees F Temperature in degrees F 100 100 X 5 Y 41 50 50 0 0 0 20 40 60 80 100 Temperature in degrees C Fig. 1-7: Results in Exercise 5 before user input 20 40 60 80 100 Temperature in degrees C Fig. 1-8: Results in Exercise 5 after user input