The components of the electric field in an electromagnetic wave traveling in vacuum are described by Ex = 0, Ey = 0, and Ez = 5.22 sin(kx - 1.98x10^8 t) V/m, where x is measured in meters and t in seconds. Calculate the frequency of the wave. (in Hz)
A: 4.92x10^6 B: 7.13x10^6 C: 1.03x10^7 D: 1.50x10^7 E: 2.17x10^7 F: 3.15x10^7 G: 4.57x10^7 H: 6.63x10^7
Determine the wavelength of the wave. (in m)
A: 9.51 B: 1.19x10^1 C: 1.49x10^1 D: 1.86x10^1 E: 2.32x10^1 F: 2.90x10^1 G: 3.63x10^1 H: 4.54x10^1
Calculate the amplitude of the magnetic field of the wave. (in T)
A: 7.40x10^-9 B: 8.36x10^-9 C: 9.45x10^-9 D: 1.07x10^-8 E: 1.21x10^-8 F: 1.36x10^-8 G: 1.54x10^-8 H: 1.74x10^-8
What is the intensity of the wave? (in W/m^2)
A: 1.54x10^-2 B: 2.04x10^-2 C: 2.72x10^-2 D: 3.62x10^-2 E: 4.81x10^-2 F: 6.40x10^-2 G: 8.51x10^-2 H: 1.13x10^-1