QUESTION 9 The electric field in an electromagnetic (EM) wave traveling north oscillates in the east-west direction. (a) Describe the direction of the magnetic field vector in this wave. (b) Describe the electric and magnetic field directions in the case where the EM wave is unpolarized. Note: If, instead of using geographic coordinates (north, south, etc.), you feel more comfortable using cartesian coordinates (x,y,z), you may do so while assuming that the EM wave travels is the z direction.
QUESTION 9 The electric field in an electromagnetic (EM) wave traveling north oscillates in the east-west direction. (a) Describe the direction of the magnetic field vector in this wave. (b) Describe the electric and magnetic field directions in the case where the EM wave is unpolarized. Note: If, instead of using geographic coordinates (north, south, etc.), you feel more comfortable using cartesian coordinates (x,y,z), you may do so while assuming that the EM wave travels is the z direction.
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