MATLAB

Write a function which computes copper wire parameters from the wire gauge. The function takes as input argument the American wire gauge (AWG) which is an integer (for simplicity restrict the wire gauge to be 0 or a larger number; output an error message if the wire gauge is less than 0) and produces as output arguments two values, the first is the wire resistance per foot and the second is the wire diameter in inches. You will need to find equations for these items include references to the source of equations in the function comments (but not as part of the help). Include help with the function. Show the results for the following: (a) 8 gauge, and (b) 24 gauge wire . Create a 3-D mesh plot of the funtion z 0.5 x2 +(y-1)). Let both x and y vary from -4 to +4. Label the x, y, and z axes "Distance East (m)". "Ditanorth (m)", and "Height (m)" and title the plot "Jack and Jill's Hill" (be sure the single quote in the word Jill's is in the title). Write a function which computes copper wire parameters from the wire gauge. The function takes as input argument the American wire gauge (AWG) which is an integer (for simplicity restrict the wire gauge to be 0 or a larger number; output an error message if the wire gauge is less than 0) and produces as output arguments two values, the first is the wire resistance per foot and the second is the wire diameter in inches. You will need to find equations for these items include references to the source of equations in the function comments (but not as part of the help). Include help with the function. Show the results for the following: (a) 8 gauge, and (b) 24 gauge wire . Create a 3-D mesh plot of the funtion z 0.5 x2 +(y-1)). Let both x and y vary from -4 to +4. Label the x, y, and z axes "Distance East (m)". "Ditanorth (m)", and "Height (m)" and title the plot "Jack and Jill's Hill" (be sure the single quote in the word Jill's is in the title)