Consider two infinity concentric cones with 01 and 02 vertex angles (Figure Q-2) filled with air in-between having an infinitesimal gap at the origin. The outer cone is connected to ? constant potential V, and the inner cone is grounded Assuming 0, = 1/15, 02 = 1/3 and determine the followings. 0 = 75V, 01 02 Very Small Gap at r=0 Figure Q-2: Figure for the Question 2 (a) Determine the electric potential V and the electric field E as a function of the coordinates inside the dielectric using Laplace equation.
Consider two infinity concentric cones with 01 and 02 vertex angles (Figure Q-2) filled with air in-between having an infinitesimal gap at the origin. The outer cone is connected to ? constant potential V, and the inner cone is grounded Assuming 0, = 1/15, 02 = 1/3 and determine the followings. 0 = 75V, 01 02 Very Small Gap at r=0 Figure Q-2: Figure for the Question 2 (a) Determine the electric potential V and the electric field E as a function of the coordinates inside the dielectric using Laplace equation.
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Transcribed Image Text:Consider two infinity concentric cones with 01 and 02 vertex angles (Figure Q-2) filled with air
in-between having an infinitesimal gap at the origin. The outer cone is connected to constant
potential Vo and the inner cone is grounded Assuming 01
determine the followings.
1/15, 02 = 1/3 and
75V,
0 =
Vo
01
02
Very Small
Gap at r=0
Figure Q-2: Figure for the Question 2
(a) Determine the electric potential V and the electric field E as a function of the coordinates
inside the dielectric using Laplace equation.
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