Find the expression for the electron's resonance frequency using F=ma equation, in which4xPthe polarization is P=-neî and the depolarization field would be E = -34ne²(a) o =3m%3D4ле?(b) m =m²4ane²2.(c) o3m2.ne²(d) o2m

Find the expression for the electron's resonance frequency using F=ma equation, in which %3D the polarization is P=-neî and the depolarization field would be E = 4xP 3 4ne (a) o 3m 4ле? (b) о 4Tne (c) o 3m ne (d) o 2m

Find the expression for the electron's resonance frequency using F=ma equation, in which %3D the polarization is P=-neî and the depolarization field would be E = 4xP 3 4ne (a) o 3m 4ле? (b) о 4Tne (c) o 3m ne (d) o 2m

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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Question

Find the expression for the electron's resonance frequency using F=ma equation, in which
4xP
the polarization is P=-neî and the depolarization field would be E = -
3
4ne²
(a) o =
3m
%3D
4ле?
(b) m =
m²
4ane²
2.
(c) o
3m
2.
ne²
(d) o
2m

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