Use MATLAB to calculate the values and plot the radiation pattern of the following dipole lengths:

Please make sure to run your code in MATLAB compiler.

Use MATLAB to calculate the values and plot the radiation pattern of the following dipole lengths. Submit your plots and code For arbitrary length dipoles: 0.25, 0.75, 1.25, and 1.33 For each dipole length, find the following: a) The power density radiated by dipole antenna. b) S c) Direction on main lobe. d) Half power beamwidth. e) Beam solid angle. f Directivity. g) Radiation resistance. h) Plot the radiation pattern. Use MATLAB to calculate the values and plot the radiation pattern of the following dipole lengths. Submit your plots and code For arbitrary length dipoles: 0.25, 0.75, 1.25, and 1.33 For each dipole length, find the following: a) The power density radiated by dipole antenna. b) S c) Direction on main lobe. d) Half power beamwidth. e) Beam solid angle. f Directivity. g) Radiation resistance. h) Plot the radiation pattern