in a space with properties of (relative conductivity) sigma = 0.00964 S/m, (magnetic relative permeability)ur = 100 and (relative permittivity)er = 1 and maximum magnetic field of 1*10^-3 A/m travels in the direction of "x" positive in 100 MHz with its field vector at "z" direction. Find the instantaneous electric field associated with that magnetic field in the form just like at the image shown below (my struggle is to find the Alpha here)
in a space with properties of (relative conductivity) sigma = 0.00964 S/m, (magnetic relative permeability)ur = 100 and (relative permittivity)er = 1 and maximum magnetic field of 1*10^-3 A/m travels in the direction of "x" positive in 100 MHz with its field vector at "z" direction. Find the instantaneous electric field associated with that magnetic field in the form just like at the image shown below (my struggle is to find the Alpha here)
Related questions
Question
in a space with properties of (relative conductivity) sigma = 0.00964 S/m, (magnetic relative permeability)ur = 100 and (relative permittivity)er = 1 and maximum magnetic field of 1*10^-3 A/m travels in the direction of "x" positive in 100 MHz with its field vector at "z" direction. Find the instantaneous electric field associated with that magnetic field in the form just like at the image shown below (my struggle is to find the Alpha here)
Transcribed Image Text:E = Eo * e
-a*x * cos(wt – ßx)
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
