In Problem 5.31 you generated 5 different plots. Use subplots to plot the first 4 into a rectangular grid, much like we did in earlier problems. Consult the MATLABhelp feature to figure out how to add the 5th graph on top of the first 4 plots. doc subplot 5.31 Create x and y vectors from 5 to +5 with a spacing of 0.5. Use the mesh- grid function to map x and y on wo new two-dimensional matrices called X and Y. Use your new matrices to calculate vector Z, with magnitude Z= sin (a) Use the mesh plotting function to create a three-dimensional plot of z. (b) Use the surf plotting function to create a three-dimensional plot of 2 Compare the results you obtain with a single input (Z) with those obtained with inputs for all three dimensions (X, Y, 2) Figure P5.30 Tornado plot. 80 60 40 20 100 s0 S0 -50 -50 -100-100 (c) Modify your surface plot with interpolated shadii colormaps. (d) Generate a contour plot of Z. Use handle grap function to label the contour lines, (e) Generate a combination surface and contour plo In Problem 5.31 you generated 5 different plots. Use subplots to plot the first 4 into a rectangular grid, much like we did in earlier problems. Consult the MATLABhelp feature to figure out how to add the 5th graph on top of the first 4 plots. doc subplot 5.31 Create x and y vectors from 5 to +5 with a spacing of 0.5. Use the mesh- grid function to map x and y on wo new two-dimensional matrices called X and Y. Use your new matrices to calculate vector Z, with magnitude Z= sin (a) Use the mesh plotting function to create a three-dimensional plot of z. (b) Use the surf plotting function to create a three-dimensional plot of 2 Compare the results you obtain with a single input (Z) with those obtained with inputs for all three dimensions (X, Y, 2) Figure P5.30 Tornado plot. 80 60 40 20 100 s0 S0 -50 -50 -100-100 (c) Modify your surface plot with interpolated shadii colormaps. (d) Generate a contour plot of Z. Use handle grap function to label the contour lines, (e) Generate a combination surface and contour plo