An electric dipole with a dipole moments inserted in a uniform electric fieldas in Figure. Due to the torqueon the dipole applied by the electric field, the dipole rotates around an axis O perpendicular the plane of the field. Which of the followings is/are true about the dipole?) its moment of inertia around the rotation axis is constant.1) its angular acceleration is constant during the rotation as the magnitudes ofandare constant.) The magnitude of the torque is constant during the rotation as the magnitudes ofandare constant.A iB)O9 lland IIO DI IE) LI, and II

Solution- The torque equation is given by,τ→=P→ * E→where, P→ and E→ are constant values.Thus, the…

An electric dipole with a dipole moment Enserted in a uniform electric field as in Rigure. Due to the torque on the dipole applied by the electric field, the dipole rotates around an axis O perpendiaular the plane of the field. Which of the followings islaretrue about the dipole? O its moment of inertia around the rotation ais is constant. its angular acceleration is constant during the rotation as the magnitudes of and are constant. The magnitude of the torque is constant during the rotation as the magnitudes of and are constant. O9 land OÐ LR and

An electric dipole with a dipole moment Enserted in a uniform electric field as in Rigure. Due to the torque on the dipole applied by the electric field, the dipole rotates around an axis O perpendiaular the plane of the field. Which of the followings islaretrue about the dipole? O its moment of inertia around the rotation ais is constant. its angular acceleration is constant during the rotation as the magnitudes of and are constant. The magnitude of the torque is constant during the rotation as the magnitudes of and are constant. O9 land OÐ LR and

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...

See similar textbooks

Similar questions

Please answer quickly thank you (3)
what is the derivation of the far-field electric and magnetic fields generated by a short dipole? can you show the working for the electric field?
A dipole is a pair of point charges of equal magnitude and opposing sign that are .separated by a distance True False
Which intermolecular force does not require a permanent dipole? a) dipole-dipole forces b) ion-dipole attractions c) hydrogen bonding d) London dispersion forces
m 2. Given a current I(t) = I charge as a function of time of the charge is Qm. sin(at + ) on a Hertzian dipole antenna, what is the Q(t) on the antenna? Assume the maximum amplitude
1) A permeant dipole moment p moves with a constant velocity vin +x direction. Let o be the shortest vector drawn from a point charge +0 on the -y axis to the path of the particle. The direction of p is given by Tv. v To Q Path of Particle a) Find the magnitude and direction of the torque on the dipole when it is at a distance r from the point charge + at time t. b) Assume that the particle moves so fast that the orientation of the dipole does not change while the particle is near the point charge +Q. Which component of the angular momentum L changes along V. c) Find the change in this component of the angular momentum along
An initially-stationary electric dipole of dipole moment p = 3.78×10-10 C.m î placed in an electric field E = (2.74x10° N/C) Î + (1.61x10° N/C)j. The magnitude of the maximum torque that the electric field exerts on the dipole is x10-3 N.m
q4 d