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40 mm An insulation environment consists of two types of dielectric material as shown in the figure. The electric field strength of the 2nd insulator is 50 kV/em and its dielectric constant is ɛ2=4. E, a) Determine the refraction angles of electric field lines and equipotential lines. (a,, a2, Bi and B2). b) Find the dielectric constant in the first insulator. (. 50 mm c) Find the maximum value of E1, not to have any breakdown in the 2nd insulator. ( 34 mm 12 mm

40 mm An insulation environment consists of two types of dielectric material as shown in the figure. The electric field strength of the 2nd insulator is 50 kV/em and its dielectric constant is ɛ2=4. E, a) Determine the refraction angles of electric field lines and equipotential lines. (a,, a2, Bi and B2). b) Find the dielectric constant in the first insulator. (. 50 mm c) Find the maximum value of E1, not to have any breakdown in the 2nd insulator. ( 34 mm 12 mm

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Electrical Engineering - High voltage system EENG451 Please solve the question quickly
40 mm An insulation environment consists of two types of dielectric material as shown in the figure. The electric field strength of the 2nd insulator is 50 kV/em and its E, E1 dielectric constant is ɛ2=4. a) Determine the refraction angles of electric field lines and equipotential lines. (a, a2, Bi and B2). E2 b) Find the dielectric constant in the first insulator. (. 50 mm c) Find the maximum value of E1, not to have any breakdown in the 2nd insulator. ( 34 mm 12 mm
Transcribed Image Text:40 mm An insulation environment consists of two types of dielectric material as shown in the figure. The electric field strength of the 2nd insulator is 50 kV/em and its E, E1 dielectric constant is ɛ2=4. a) Determine the refraction angles of electric field lines and equipotential lines. (a, a2, Bi and B2). E2 b) Find the dielectric constant in the first insulator. (. 50 mm c) Find the maximum value of E1, not to have any breakdown in the 2nd insulator. ( 34 mm 12 mm
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