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In a coaxial transmission line (&, = 1), the electric field intensity is given by 100 E = cos(10't–62)ā, V/m р The displ
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In a coaxial transmission line (&, = 1), the electric field intensity is given by 100 E = cos(10't–62)ā, V/m р The displ
In a coaxial transmission line (&, = 1), the electric field intensity is given by 100 E = cos(10't–62)ā, V/m р The displacement current density is р (A) - 100 sin(10'7- 6z)ā, A/m² (B) 16 sin(10 t – 62)ā, A/m² (°t-A р 0.9 (C)-sin(10't– 6z)ā, A/m² p 216 (D) cos(10't-6z)ā, A/m р