Due Date: February 27, 2019 5 1200 lb Calculate and plot how the tension in cable AC and the tension in rope BC change when a increases from -30 to 30. The graphs should show the tensions as functions of the angle a Project Submission Format (submit via blackboard website) PDE file containing: o o Analysis, including FBD and your system of equations Plots Be sure to properly label all graphs All angle values shown must be as measured from the horizontal positive X-axis o Discussion/answers to the questions (if applicable) Should follow the graph for that part Matlab script/commands used to generate the plots (m-file format) o Matlab script should be able to be run standalone Include comment lines s At the top of the file list the following info in the comments as a header MECH2020 Matlab Project 1, Spring 2019, due Feb. 27, 2019 firstname lastname, section 00x, M number At the top of the script, below the deader clear all figures and variables using the commands - close all clear all e Compile pdf file and m-file into a zip file and submit via Blackboard Due Date: February 27, 2019 5 1200 lb Calculate and plot how the tension in cable AC and the tension in rope BC change when a increases from -30 to 30. The graphs should show the tensions as functions of the angle a Project Submission Format (submit via blackboard website) PDE file containing: o o Analysis, including FBD and your system of equations Plots Be sure to properly label all graphs All angle values shown must be as measured from the horizontal positive X-axis o Discussion/answers to the questions (if applicable) Should follow the graph for that part Matlab script/commands used to generate the plots (m-file format) o Matlab script should be able to be run standalone Include comment lines s At the top of the file list the following info in the comments as a header MECH2020 Matlab Project 1, Spring 2019, due Feb. 27, 2019 firstname lastname, section 00x, M number At the top of the script, below the deader clear all figures and variables using the commands - close all clear all e Compile pdf file and m-file into a zip file and submit via Blackboard