The relation of Hy and x is (d/dx)(1/epsilon)(dHy/dx)+(d/dz)(1/epsilon)(dHy/dx)+(w^2)(uHy)=0

2. Using = 1.55 m, 2a = 0.45 m, n| = 2.94, ns = 1.46, no-1.00, P = 1 w/m, mode-TM0: Plot In,(x) l versus x for x = [-1 m, 1 m]. State the effective index ne, the parameter (in radians), and the parameter A (in A/m). Label the vertical axis with "Hy(x)| (A/m)". Start the vertical axis at 0 and end the vertical axis at the maximum value of Hyx). Label the horizontal axis with "x (um)". Use a computer to make nice and smooth plots 2. Using = 1.55 m, 2a = 0.45 m, n| = 2.94, ns = 1.46, no-1.00, P = 1 w/m, mode-TM0: Plot In,(x) l versus x for x = [-1 m, 1 m]. State the effective index ne, the parameter (in radians), and the parameter A (in A/m). Label the vertical axis with "Hy(x)| (A/m)". Start the vertical axis at 0 and end the vertical axis at the maximum value of Hyx). Label the horizontal axis with "x (um)". Use a computer to make nice and smooth plots