When a current-carrying wire loop is placed between the poles of a magnet, it experiences a magnetic torque. Consequently, the loop will tend to rotate about its axis until its plane is perpendicular to the magnetic field, aligning its magnetic dipole moment with the external field.
A current carrying wire loop is placed in between the poles of a magnet as shown in the figure below. The direction if current flow is also shown in the figure. With respect to the axis, the wire loop will tend to:
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Question context
This question is part of ⚡ Electrical Engineering within the broader 🛠️ Engineering Essentials subject and appears in the Engineering College Admission Test (ECAT) preparation collection. Reviewing the answer together with nearby questions helps reinforce the underlying concept and identify how it may appear in competitive exams.