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14) Çalculate the electric field on the surface of a spherical conductor with a Radius of 180 mm if the potential of the sphere with respect to ground is 12 kV. The permittivity of free space is 8.854 pF/m. (1 Pico = 1 p = 1x10-12). The surface area of the sphere is A = 4 Tr2 where r is the Radius. a. 66.66 kv/m b. 13.33 kv/m 33.33 kv/m d. 33.66 Kv/m e. бб.33 Ку/m C.

14) Çalculate the electric field on the surface of a spherical conductor with a Radius of 180 mm if the potential of the sphere with respect to ground is 12 kV. The permittivity of free space is 8.854 pF/m. (1 Pico = 1 p = 1x10-12). The surface area of the sphere is A = 4 Tr2 where r is the Radius. a. 66.66 kv/m b. 13.33 kv/m 33.33 kv/m d. 33.66 Kv/m e. бб.33 Ку/m C.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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14) Çalculate the electric field on the surface of a spherical conductor with a Radius of 180 mm if the potential of the sphere with respect to ground is 12 kV. The permittivity of free space is 8.854 pF/m. (1 Pico = 1 p = 1x10-12). The surface area of the sphere is A = 4 Tr2 where r is the Radius. a. 66.66 kV/m b. 13.33 kv/m 33.33 kv/m d. 33.66 Kv/m е. 66.33 Ку/m C.
Transcribed Image Text:14) Çalculate the electric field on the surface of a spherical conductor with a Radius of 180 mm if the potential of the sphere with respect to ground is 12 kV. The permittivity of free space is 8.854 pF/m. (1 Pico = 1 p = 1x10-12). The surface area of the sphere is A = 4 Tr2 where r is the Radius. a. 66.66 kV/m b. 13.33 kv/m 33.33 kv/m d. 33.66 Kv/m е. 66.33 Ку/m C.
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