Help on this matlab program plz
Experimental data for the Ellis Mountain L600 solid rocket motor has been collected and placed in a space delimited data file named. EML600.txt. Data associated with this test were recorded such that for each record line, the first value is time (seconds) and the second value is thrust (pounds of force). Shown to the right is a graph of all the data from the EML600.txt input data file. Write a MATLAB program that computes the average thrust, total impulse thrust, and determines maximum thrust and time of maximum thrust. As mentioned above, the first column of numbers in the EML600 two-dimensional matrix is time and the second column of numbers is thrust. The total impulse is calculated by integrating the thrust values over the entire time the motor is firing. Basically you are computing the area under the thrust curve. The equation is: total_impulse = total_impulse + (thrust1 + thrust2)2 * (time2 - time1) Print the results as shown below to the Command Window only. Develop a plot of time and thrust similar to the graph shown above. Add a title, x and y labels, show the grid, and set the axis square. SOLID ROCKET MOTOR PERFORMANCE Total impulse thrust = xxxx.xxx pound seconds Average thrust = Maximum thrust = xxx.xxx pounds at x.xxx seconds Once you have your program working, exit MATLAB. Make sure that your source program file name conforms to the following specifications: P9_firstname_lastname An example for the ninth assignment would be P9_elmer_fudd. Experimental data for the Ellis Mountain L600 solid rocket motor has been collected and placed in a space delimited data file named. EML600.txt. Data associated with this test were recorded such that for each record line, the first value is time (seconds) and the second value is thrust (pounds of force). Shown to the right is a graph of all the data from the EML600.txt input data file. Write a MATLAB program that computes the average thrust, total impulse thrust, and determines maximum thrust and time of maximum thrust. As mentioned above, the first column of numbers in the EML600 two-dimensional matrix is time and the second column of numbers is thrust. The total impulse is calculated by integrating the thrust values over the entire time the motor is firing. Basically you are computing the area under the thrust curve. The equation is: total_impulse = total_impulse + (thrust1 + thrust2)2 * (time2 - time1) Print the results as shown below to the Command Window only. Develop a plot of time and thrust similar to the graph shown above. Add a title, x and y labels, show the grid, and set the axis square. SOLID ROCKET MOTOR PERFORMANCE Total impulse thrust = xxxx.xxx pound seconds Average thrust = Maximum thrust = xxx.xxx pounds at x.xxx seconds Once you have your program working, exit MATLAB. Make sure that your source program file name conforms to the following specifications: P9_firstname_lastname An example for the ninth assignment would be P9_elmer_fudd
