A system is known to have the following dynamic equations x = axx +axx-ax[bxx +0.5(c-b) x...

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A system is known to have the following dynamic equations x₁ = −axx₁ +axx₂-ax[bxx₁ +0.5×(c-b)× x +1x₁-1}] . X2=X₂-X₂ + X₂ . X3 = -dxx₂ -exx; (*x indicates product) Draw the 3 D image of the states (x₁,x2, and xs) by using ode23() or ode45() function and plot3() function with the given values for a, b, c, d, and e. a=9.1, b=-0.75590,c=-1.39386,d=16.5811, and e=0.138083. Use your U-number for the initial conditions. Please follow the format, [Your 1st U-number. Your 2nd U- number, Your 3rd U-number. Your 4th U-number, Your 5th U-number. Your 6th U-number]. (EX U12345678=>initial conditions = [1.2, 3.4, 5.6]) • In the first equation, pairs of [ ], }and ( ) was used for emphasis purpose. Please, check where the other part is placed. • • • Use abs() function for [x₁+1] or 1x₁-11 (i.e. Ix+1] => abs(x+1) in matlab) X (NOT X₁ X2, and xs!) indicates multiplication. Do not forget to put grid on in the plot and also Do not forget to label axis. (Use xlabel, ylabel, zlabel. zlabel('x_3') will put x; on the z-axis.) A system is known to have the following dynamic equations x₁ = −axx₁ +axx₂-ax[bxx₁ +0.5×(c-b)× x +1x₁-1}] . X2=X₂-X₂ + X₂ . X3 = -dxx₂ -exx; (*x indicates product) Draw the 3 D image of the states (x₁,x2, and xs) by using ode23() or ode45() function and plot3() function with the given values for a, b, c, d, and e. a=9.1, b=-0.75590,c=-1.39386,d=16.5811, and e=0.138083. Use your U-number for the initial conditions. Please follow the format, [Your 1st U-number. Your 2nd U- number, Your 3rd U-number. Your 4th U-number, Your 5th U-number. Your 6th U-number]. (EX U12345678=>initial conditions = [1.2, 3.4, 5.6]) • In the first equation, pairs of [ ], }and ( ) was used for emphasis purpose. Please, check where the other part is placed. • • • Use abs() function for [x₁+1] or 1x₁-11 (i.e. Ix+1] => abs(x+1) in matlab) X (NOT X₁ X2, and xs!) indicates multiplication. Do not forget to put grid on in the plot and also Do not forget to label axis. (Use xlabel, ylabel, zlabel. zlabel('x_3') will put x; on the z-axis.)

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To plot the 3D image of the states using the given dynamic equations initial conditions and values f... View the full answer