At 100 kV as shown in the side figüre Concentric spherical and concentric cylindrical electrode for use wwwm m Ta make a capacitor consisting of systems; a) Electric field intensities of 25 kV/cm on the innerelectrode, spherical and cylindrical so that it does not exceed 10 kV/cm on the electrode, the inner and outerradius (r1k, r2k ve rls , r2s ) valuesfor the sections. calculate. b) Calculate the capacity of the system. (Er= 1, 80 = 8.854 10-12 F/m ve l = 1m) 2k Tis T2s
At 100 kV as shown in the side figüre Concentric spherical and concentric cylindrical electrode for use wwwm m Ta make a capacitor consisting of systems; a) Electric field intensities of 25 kV/cm on the innerelectrode, spherical and cylindrical so that it does not exceed 10 kV/cm on the electrode, the inner and outerradius (r1k, r2k ve rls , r2s ) valuesfor the sections. calculate. b) Calculate the capacity of the system. (Er= 1, 80 = 8.854 10-12 F/m ve l = 1m) 2k Tis T2s
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![At 100 kV as shownin the side figüre Concentricspherical and concentric cylindrical electrodeforuse
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wwww
To make a capacitor consisting of sxstems;
a) Electric field intensities of 25 kV/cm onthe inner electrode, spherical and cylindrical so that it does
not exceed 10 kV/cm on the electrode, the inner and outer radius (r1k, r2k ve rls , r2s ) valuesfor
the sections, calculate.
b) Calculate the capacity of the system.
ww
(er= 1, 80 = 8.854 10-12 F/m ve l = 1m )
rik
Tis
T2s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa40c0b39-d736-432b-8c79-0f5f48dd4879%2Fb5dc90c2-4bb3-40e7-ad3c-7b5c84064d09%2F7yn78aw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:At 100 kV as shownin the side figüre Concentricspherical and concentric cylindrical electrodeforuse
wwwww
wwww
To make a capacitor consisting of sxstems;
a) Electric field intensities of 25 kV/cm onthe inner electrode, spherical and cylindrical so that it does
not exceed 10 kV/cm on the electrode, the inner and outer radius (r1k, r2k ve rls , r2s ) valuesfor
the sections, calculate.
b) Calculate the capacity of the system.
ww
(er= 1, 80 = 8.854 10-12 F/m ve l = 1m )
rik
Tis
T2s
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