Within the magnetic field, a coil with more current passing through it will expe

Question

Within the magnetic field, a coil with more current passing through it will experience a greater maximum torque. The torque on the coil will be at a maximum when the plane of the coil's loops is parallel to the upward-facing surface of the magnet. There is no net electromagnetic force acting on the coil. Within the magnetic field, a larger diameter coil will experience a greater maximum torque.
Within the magnetic field, a coil with more current passing through it will experience a greater maximum torque.
The torque on the coil will be at a maximum when the plane of the coil's loops is parallel to the upward-facing surface of the magnet.
There is no net electromagnetic force acting on the coil.
Within the magnetic field, a larger diameter coil will experience a greater maximum torque.

Explanation / Answer

Ans: A,B,C

why a?

Torque is directly proportional to current

why b?

when loop is parallel angle is 90 degree between force and direction. Hence torque is maximum

why c?

Force is equal and opposite and hence no net force

Related Questions

Navigate

• Browse (All)
• Browse W
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.