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A) The Electric field in free space is given by E= 20 cos(wt - 50x) ay Calculate F if m Hr = 3. B) Find the potential difference between point A (1,2,3) and B (3,2,4) due to infinite line charge of p₁-3nC/m along the z-axis. C

A) The Electric field in free space is given by E= 20 cos(wt - 50x) ay Calculate F if m Hr = 3. B) Find the potential difference between point A (1,2,3) and B (3,2,4) due to infinite line charge of p₁-3nC/m along the z-axis. C

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Q5) Answer two question only: A) The Electric field in free space is given by E = 20 cos(wt - 50x) ay Calculate Ĥ if Hr = 3. B) Find the potential difference between point A (1,2,3) and B (3,2,4) due to infinite line charge of p₁=3nC/m along the z-axis. C) Find the voltage across each dielectric in the capacitor shown ones the applied voltage is 200v. V=200v d₁ = 3mm d₂ = 1mm A=1m² Eo €₁=5
Transcribed Image Text:Q5) Answer two question only: A) The Electric field in free space is given by E = 20 cos(wt - 50x) ay Calculate Ĥ if Hr = 3. B) Find the potential difference between point A (1,2,3) and B (3,2,4) due to infinite line charge of p₁=3nC/m along the z-axis. C) Find the voltage across each dielectric in the capacitor shown ones the applied voltage is 200v. V=200v d₁ = 3mm d₂ = 1mm A=1m² Eo €₁=5
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