At a point within a certain isotropic dielectric, the dielectric constant is 3 and the electric field intensity is 10$ V/m = 10$ N/C. For this dielectric at this point, find (a) The electric susceptibility. (b) The magnitude of the electric polarization. (c) The magnitude of the electric displacement. (d) The permittivity. %3D
At a point within a certain isotropic dielectric, the dielectric constant is 3 and the electric field intensity is 10$ V/m = 10$ N/C. For this dielectric at this point, find (a) The electric susceptibility. (b) The magnitude of the electric polarization. (c) The magnitude of the electric displacement. (d) The permittivity. %3D
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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parts a, b, c, d

Transcribed Image Text:At a point within a certain isotropic dielectric, the dielectric constant is 3 and the electric
field intensity is 105 V/m = 10' Ñ/C. For this dielectric at this point, find
(a) The electric susceptibility.
(b) The magnitude of the electric polarization.
(c) The magnitude of the electric displacement.
(d) The permittivity.
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