The electric field and magnetic field in free space are given by E = H =...

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The electric field and magnetic field in free space are given by E = H = 50 ~cos(10 t + Bz) a V/m Р Ho cos(10t+ ßz) ap A/m Express these in phasor form and determine the constant H, and ß such that the fields satisfy Maxwell's equations. -The instantaneous form of E and H are written as: E = Re(Esejat), H = Re(Hsejwt), @ = 106 The phasor Es and Hs 50 So ejßzag αφ P Es = Ho H₂ = He eJB² ap Р (1,1) (1,2) For free space p = 0,0 = 0,8 = &o ,μ = Ho so Maxwell's equations become V • E₁ = O (1.3) (1,4) (1.9) The electric field and magnetic field in free space are given by E = H = 50 ~cos(10 t + Bz) a V/m Р Ho cos(10t+ ßz) ap A/m Express these in phasor form and determine the constant H, and ß such that the fields satisfy Maxwell's equations. -The instantaneous form of E and H are written as: E = Re(Esejat), H = Re(Hsejwt), @ = 106 The phasor Es and Hs 50 So ejßzag αφ P Es = Ho H₂ = He eJB² ap Р (1,1) (1,2) For free space p = 0,0 = 0,8 = &o ,μ = Ho so Maxwell's equations become V • E₁ = O (1.3) (1,4) (1.9)

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