Q1B. Electric field inside the capacitor shown below is = Ecos (wt - Bz) V/m. The dielectric material sandwiched between

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Q1b Electric Field Inside The Capacitor Shown Below Is Ecos Wt Bz V M The Dielectric Material Sandwiched Between 1 (26.97 KiB) Viewed 23 times

Q1B. Electric field inside the capacitor shown below is = Ecos (wt - Bz) V/m. The dielectric material sandwiched between the electrodes has relative permittivity of €, = 5. Find displacement current density, Ja Er = 5 E T Figure 1: for Q1B. Q1C. Electric field in free space is E=&E cos (wt +Bz) V/m. Use Maxwell's equations to find the magnetic flux density B.