An electric dipole with a dipole moment s inserted in a uniform electric field as in Figure. Due to the torque on the dipole applied by the electric field, the dipole rotates around an axis O...


An electric dipole with a dipole moment<br>s inserted in a uniform electric field<br>as in Figure. Due to the torque<br>on 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?<br>) its moment of inertia around the rotation axis is constant.<br>1) its angular acceleration is constant during the rotation as the magnitudes of<br>and<br>are constant.<br>) The magnitude of the torque is constant during the rotation as the magnitudes of<br>and<br>are constant.<br>A i<br>B)<br>O9 lland II<br>O DI I<br>E) LI, and II<br>

Extracted text: An electric dipole with a dipole moment s inserted in a uniform electric field as in Figure. Due to the torque on 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 of and are constant. ) The magnitude of the torque is constant during the rotation as the magnitudes of and are constant. A i B) O9 lland II O DI I E) LI, and II

Jun 11, 2022
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