1. A DC power supply (Vs = 1.5V, Internalresistance(Zs = 30N)) and a load (z. = 302) were respectively connected to both ends of a coaxial line of length (1km) COmposed of an inner core conductor (Radius(a = 1mm), 4, = 300, o = 107 (S/m)) , an outer ideal conductor (Innerdiameter (b = 5mm),outer diameter (c = 5mm)) ,
1. A DC power supply (Vs = 1.5V, Internalresistance(Zs = 30N)) and a load (z. = 302) were respectively connected to both ends of a coaxial line of length (1km) COmposed of an inner core conductor (Radius(a = 1mm), 4, = 300, o = 107 (S/m)) , an outer ideal conductor (Innerdiameter (b = 5mm),outer diameter (c = 5mm)) ,
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Transcribed Image Text:1. A DC power supply
(Vs = 1.5V, Internalresistance(Zs = 30N)) and a load (z. = 302)
were respectively connected to both ends of
a coaxial line of length (1km) COmposed of an
inner core conductor
(Radius(a = 1mm), 4, = 300, o = 107 (S/m)) , an outer ideal
conductor (Innerdiameter (b = 5mm),outer diameter (c = 5mm)) ,
Expert Solution
Step 1
Given the length of the coaxial wire is 1 km. The resistance be calculated as
Step 2
Therefore the total resistance be given as,
Step 3
The coaxial current be given as,
Step 4
(1)
The magnetic energy per unit length be calculated as,
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