52. Let the area of each circular plate be Aand that of the central circular section be a,then
A
a=πR2
π(R/2)2=4.
Thus, from Eqs. 32-38 and 32-39 the total discharge current is given by i=id=4(2.0A) =8.0A.
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Circular Plate Area-Electricity Solved Exercise, Exercises of Electrical Engineering
This is solution to problems related Electrical Engineering course. It was suggested by Prof. Bhooshan Sawhney at Shree Ram Swarup College of Engineering and Management. It includes: Circular, Plate, Central, Discharge, Current, Magnetic, Field, Maximum, Result, Electric, Lines
Typology: Exercises
2011/2012
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- Let the area of each circular plate be A and that of the central circular section be a, then
A a =^
πR^2 π(R/2)^2 = 4^.
Thus, from Eqs. 32-38and 32-39 the total discharge current is given by i = id = 4(2.0 A) = 8.0 A.