Suppose you have the following system where there are two types of dielectric materials between capacitor plates. The dimension of the capacitor plates are w = 13.0 cm, l = 29.0 cm and the separation between the plates are d = 19.0 cm. Dielectric material with dielectric constant Kị = 2.1 takes up the upper part of the capacitor with vertical distance h = 7.25 cm. And the remaining part is filled with material having dielectric constant Kg = 2.2. Ky We can replace two types of material with different dielectric constant by only one type of material with effective dielectric constant Keff. This way the capacitance of the whole system remains the same. Calculate the effective dielectric constant. effective dielectric constant Give your answer up to at least three significance digits.

Suppose you have the following system where there are two types of dielectric materials between capacitor plates. The dimension of the capacitor plates are w = 13.0 cm, l = 29.0 cm and the separation between the plates are d = 19.0 cm. Dielectric material with dielectric constant Kị = 2.1 takes up the upper part of the capacitor with vertical distance h = 7.25 cm. And the remaining part is filled with material having dielectric constant Kg = 2.2. Ky We can replace two types of material with different dielectric constant by only one type of material with effective dielectric constant Keff. This way the capacitance of the whole system remains the same. Calculate the effective dielectric constant. effective dielectric constant Give your answer up to at least three significance digits.

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter20: Electric Potential And Capacitance

Section: Chapter Questions

Problem 64P

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Combination of Capacitors

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What will be the effective dielectric constant?

Suppose you have the following system where there are two types of dielectric materials between capacitor plates. The dimension of the capacitor plates
are w = 13.0 cm, l = 29.0 cm and the separation between the plates are d = 19.0 cm. Dielectric material with dielectric constant Kị = 2.1 takes up
the upper part of the capacitor with vertical distance h = 7.25 cm. And the remaining part is filled with material having dielectric constant Kg = 2.2.
Ky
We can replace two types of material with different dielectric constant by only one type of material with effective dielectric constant Keff. This way the
capacitance of the whole system remains the same. Calculate the effective dielectric constant.
effective dielectric constant
Give your answer up to at least three significance digits.

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