The motion decreases the magnetic flux through the loop, which induces a current
ID: 2095582 • Letter: T
Question
The motion decreases the magnetic flux through the loop, which induces a current. The motion dissipates energy as thermal energy, which induces a current. The motion creates a magnetic field along the loop. The motion increases the magnetic flux through the loop, which induces a current.The motion decreases the magnetic flux through the loop, which induces a current. The motion dissipates energy as thermal energy, which induces a current. The motion creates a magnetic field along the loop. The motion increases the magnetic flux through the loop, which induces a current. The motion decreases the magnetic flux through the loop, which induces a current. The motion dissipates energy as thermal energy, which induces a current. The motion creates a magnetic field along the loop. The motion increases the magnetic flux through the loop, which induces a current. The motion decreases the magnetic flux through the loop, which induces a current.
Explanation / Answer
The motion decreases the magnetic flux through the loop, which induces a current.....
as the magnetic field weakens ...the fluc cchanges...and we know changing flux induces emf....which in turn sets up current