Two oscillating dipoles are located in the x-y plane (on the y-axis) at y = a...

 

Transcribed Image Text:

Two oscillating dipoles are located in the x-y plane (on the y-axis) at y = a and y = -a. Their dipole moments are oriented in the î direction. Assume that our observation point is located at a distance d >> a (far-field). Assume the dipole moments have equal amplitude a. Find the resultant electric field in the x-y plane. b. Assume the dipoles are a half-wavelength apart (a = 4a). Make a polar plot of E vs. ø if the two dipoles are in phase. c. Assume the dipoles are a half-wavelength apart (2 = 4a). Make a polar plot of E vs. ø if the two dipoles are 180° out of phase. Two oscillating dipoles are located in the x-y plane (on the y-axis) at y = a and y = -a. Their dipole moments are oriented in the î direction. Assume that our observation point is located at a distance d >> a (far-field). Assume the dipole moments have equal amplitude a. Find the resultant electric field in the x-y plane. b. Assume the dipoles are a half-wavelength apart (a = 4a). Make a polar plot of E vs. ø if the two dipoles are in phase. c. Assume the dipoles are a half-wavelength apart (2 = 4a). Make a polar plot of E vs. ø if the two dipoles are 180° out of phase.

Answer rating: 100% (QA)

Answer Step by Step Explanation Mo swet Given chtox Osci aat ing di pales ... View the full answer