A cylindrical coaxial cable consisting of two conductors, 1 cm inner and 6 cm radius outer, is given. a) Think of this cable as a combination of two infinite linear loads (wires) separated by air and...


A cylindrical coaxial cable consisting of two<br>conductors, 1 cm inner and 6 cm radius outer, is<br>given.<br>a) Think of this cable as a combination of two infinite<br>linear loads (wires) separated by air and spacing 1<br><r <6 cm. Find the expression of the potential (V) in<br>the region.<br>b) While + 1x100 V voltage is applied to the<br>inner conductor, if the outer conductor is<br>grounded, the homogeneous Calculate the<br>Linear Load Density (^.L).<br>c) What is the Electric Field Intensity at a<br>distance of r 10 cm?<br>

Extracted text: A cylindrical coaxial cable consisting of two conductors, 1 cm inner and 6 cm radius outer, is given. a) Think of this cable as a combination of two infinite linear loads (wires) separated by air and spacing 1 <6 cm.="" find="" the="" expression="" of="" the="" potential="" (v)="" in="" the="" region.="" b)="" while="" +="" 1x100="" v="" voltage="" is="" applied="" to="" the="" inner="" conductor,="" if="" the="" outer="" conductor="" is="" grounded,="" the="" homogeneous="" calculate="" the="" linear="" load="" density="" (^.l).="" c)="" what="" is="" the="" electric="" field="" intensity="" at="" a="" distance="" of="" r="" 10="">

Jun 10, 2022
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