Question

a plane conducting loop is located in a uniform magnetic field that is directed along the x axis for what orientation of the loop is the flux a maximum for what orientation is the flux a minimum​

Answer 1

Explanation:

Conceptually, for there to be magnetic flux through a coil, magnetic field lines must pass through the area enclosed by the coil. The magnetic field lines do not pass through the areas of the coils in the xy and xz planes, but they do through the area of the coil in the yz plane. Mathematically, the magnetic flux is Φ

B

=BAcosθ, where θ is the angle between the normal to the area enclosed by the coil and the magnetic field. The flux is maximum when the field is perpendicular to the area of the coil. The flux is zero when there is no component of magnetic field perpendicular to the loop-that is, when the plane of the loop contains the x axis.

hope it will help you❤❤

please follow me yaar

bye bye