Q3 Infinitely long coaxial transmission line carrying a uniform distribution totalcurrent / in the center conductor in the (az) direction and I in the outer conductor inthe (-a) direction as it is shown in the figure below. Find the magnetic fluxintensity everywhere.Q4 Find the work done and power required to move the straight line piece ofconductor extended between Z=-2 to Z-2, lies at r=4,0-0 and parallel tothe z-axis to the following positions listed below in the presence of magnetic fielddensity which has value of B = (5μ,/r)ar [Tesla]. The line moves parallel toitself at constant speed and it is carrying current 2 mA in the (az) direction.a) The conductor moves directly to the location r-8, 0-0 at 5*10-³ second.b) The conductor moves one rotation in counter clock wise direction to thelocation r-4, 0-2 at 4*10-³ second.c) The conductor moves directly so it is extended from Z-4 to Z-8 at r=4, $=0at 3 second.

Solution Q3: Let us calculate the magnetic field in the region 0<r<a. Draw the loop of radius…

Answered: Q3 Infinitely long coaxial transmission…

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Q3 Infinitely long coaxial transmission line carrying a uniform distribution total current / in the center conductor in the (az) direction and I in the outer conductor in the (-a) direction as it is shown in the figure below. Find the magnetic flux intensity everywhere.