Please answer the question showing all the work. If you are using MATLAB, please provide the matlab code too. Thank you

24 Consider the electric field, = E, sin(kz - ot + eox)* + E, sin(kz wt + Poy) Produce plots like those in Figure 12 that show the evolution of the electric field vector, at the plane z = 0, as a function of time over one complete temporal cycle for the following cases. a. Ex = 2Ey, 40x = Poy = 0 b. Ex = 2Ey, P0x = 0, 90y = /2 c. Ex = 2Ey, Pox = 0,00y = -7/2 d. Ex = 2Ey, 40x = 7/4, 40y = -7/4 e. Ex = 2Ey, Pox = 0, Poy = -7/4 Reference plane for beam 2 Reference plane for beam 1 Wavefronts - - - - - - - - - - - 24 Consider the electric field, = E, sin(kz - ot + eox)* + E, sin(kz wt + Poy) Produce plots like those in Figure 12 that show the evolution of the electric field vector, at the plane z = 0, as a function of time over one complete temporal cycle for the following cases. a. Ex = 2Ey, 40x = Poy = 0 b. Ex = 2Ey, P0x = 0, 90y = /2 c. Ex = 2Ey, Pox = 0,00y = -7/2 d. Ex = 2Ey, 40x = 7/4, 40y = -7/4 e. Ex = 2Ey, Pox = 0, Poy = -7/4 Reference plane for beam 2 Reference plane for beam 1 Wavefronts