Generate Quiz 68BEEF9F8BA01

Henry is the SI unit for mutual inductance, and 1 H is equal to 1 V.s./A.

The magnetic flux through the ring changes as the magnet gets closer, and Lenz’s law states that current is induced in the ring, creating its own magnetic field that counteracts the change in flux. Consequently, the ring’s induced magnetic field will be in opposition to the magnet’s field because, in accordance with Lenz’s law, it opposes the change that initially caused it. As seen below, the ring moves away from the approaching field as a result of the repulsion.

Two factors determine the amount of deflection: The ion’s mass (m); the lighter it is, the more deflection it will experience. Ions with 2+ charges deflect more than those with 1+ charges, according to the charge (z) on the ion. The mass-to-charge ratio (m/z) is the sum of these two variables. The photon will not deflect in a magnetic field because it is electrically neutral. Alpha particles will deflect less because they have 4 amu for +2 charge, whereas protons will deflect the most because they have 1 amu for +1 charge. The protons will deflect the most because they have the smallest mass-to-charge ratio.