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2. Given a coaxial cable with conductors of inner radius 'a' and outer radius 'b' (b>a) b 2.5 =e with H, = €, = 1 and electric field intensity E=- 200 cos(10°t – 3. 336z) with a pV/m. Find (a) voltage between the conductors V if it is known that E= - VV is valid. ab (b) displacement current density

2. Given a coaxial cable with conductors of inner radius 'a' and outer radius 'b' (b>a) b 2.5 =e with H, = €, = 1 and electric field intensity E=- 200 cos(10°t – 3. 336z) with a pV/m. Find (a) voltage between the conductors V if it is known that E= - VV is valid. ab (b) displacement current density

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2. Given a coaxial cable with conductors of inner radius 'a' and outer radius 'b' (b>a) b 2.5 =e with H, = €, = 1 and electric field intensity E=- 200 cos(10°t – 3. 336z) with a pV/m. Find (a) voltage between the conductors V if it is known that E= - VV is valid. ab (b) displacement current density
Transcribed Image Text:2. Given a coaxial cable with conductors of inner radius 'a' and outer radius 'b' (b>a) b 2.5 =e with H, = €, = 1 and electric field intensity E=- 200 cos(10°t – 3. 336z) with a pV/m. Find (a) voltage between the conductors V if it is known that E= - VV is valid. ab (b) displacement current density
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