Write a Matlab code that solves the Nonlinear Translational and Rotational Equations of Motion and Kinematics Equations for an aircraft with the following mass properties Mass = 22,600 slugs Ixx 325,00000 slugs-ft lyy = 328,00000 slugs-ft2 Izz = 61 5.00000 slugs-ft2 lxz =-334,0000 slugs-ft2 The initial conditions are zero and the constant Lift, Drag and Thrust and constant moments L, M and N must be a user input to the Matlab script. Assume and are zero. The outputs of the Matlab code are 3 figures, the first one has the three translational velocities on independent subplots, second has the three rotational velocities on independent subplots and the third one has the three Euler angles on independent subplots. The Matlab codes will be graded based on I. 2. 3. 4. Syntax errors-(if code does not run, score is automatically reduced to 50%) Implementation of correct equations Descriptive comments in the code Clarity of plots including axis labels, title and units Name your Matlab code Lastname_Firstname_M1.m and submit it by October 3, 2018 (11:59 pm) through Dropbox on Beachboard Write a Matlab code that solves the Nonlinear Translational and Rotational Equations of Motion and Kinematics Equations for an aircraft with the following mass properties Mass = 22,600 slugs Ixx 325,00000 slugs-ft lyy = 328,00000 slugs-ft2 Izz = 61 5.00000 slugs-ft2 lxz =-334,0000 slugs-ft2 The initial conditions are zero and the constant Lift, Drag and Thrust and constant moments L, M and N must be a user input to the Matlab script. Assume and are zero. The outputs of the Matlab code are 3 figures, the first one has the three translational velocities on independent subplots, second has the three rotational velocities on independent subplots and the third one has the three Euler angles on independent subplots. The Matlab codes will be graded based on I. 2. 3. 4. Syntax errors-(if code does not run, score is automatically reduced to 50%) Implementation of correct equations Descriptive comments in the code Clarity of plots including axis labels, title and units Name your Matlab code Lastname_Firstname_M1.m and submit it by October 3, 2018 (11:59 pm) through Dropbox on Beachboard