A bar magnet is oriented perpendicular to a uniform magnetic area as shown in (Figure 1) . Describe the force and/or torque on the magnet.

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Tbelow is a net torque on the magnet in a counterclockwise direction.In a uniform field, the magnet experiences a net torque that often tends to align the north pole in the direction of the magnetic field.
Two concentric loops of wire are delivering currental fees in opposite directions as displayed in (Figure 2) . Describe the net force and also the torque on either of the existing loops.
Tbelow is a net pressure on each loop that causes them to repel each other.The loops produce magnetic fields in oppowebsite directions, comparable to what happens when 2 bar magnets are arranged with their north poles close to each other
If the bar magnet is flipped over and also the southern pole is carried close to the hanging ball, the sphere will certainly be
The magnetic dipole minute (μ) of a coil relies on the present (I), the location of the coil (A), and the number of loops (N). Rank the 3 various coils of wire shown in (Figure 3) in order by the magnitude of their magnetic dipole moment.
All same: 60!!The magnetic dipole moment (μ) is proportional to the area of the loop (A), the existing (I), and also the variety of coils (N). So, all three instances have actually the exact same magnetic dipole minute.Coil 2 = single coil with location 20cm2 and also I=3A.Coil 2 = single coil via area 20; m cm^2 and also I = 3; m A.Coil 1 = single coil via location 10cm2 and I=6A.Coil 1 = single coil with location 10; m cm^2 and also I = 6; m A.Coil 3 = coil via 6 loops each with a space of 10cm2 and I=1A
The torque (τ) that is exerted on a magnetic dipole moment (μ) counts on the orientation of the magnetic dipole minute. Rank the three loops of wire transferring existing displayed in (Figure 4) in order by the magnitude of the torque exerted on them.

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A 65-cm segment of conducting wire carries a current of 0.35 A. The wire is inserted in a unidevelop magnetic field that has a magnitude of 1.24 T. What is the angle in between the wire segment and the magnetic area if the force on the wire is 0.26 N?
A charged ppost is observed traveling in a circular route of radius R in a unicreate magnetic area. If the ppost were traveling twice as quick, the radius of the circular path would be
An electron has actually an initial velocity to the southern but is oboffered to curve upward as the outcome of a magnetic field. This magnetic field have to have a component
a long coil of wire. If it is tightly wrapped, the magnetic area in its internal is virtually uniform:BUonIUo (N/L)I
When cshedding the switch on the primary circuit, current is oboffered on the secondary circuit even though tright here is no battery (emf) on the second circuit.
conducting rod is being dragged alengthy conducting rails, as presented in (Figure 1). The magnetic field is directed out of the display. In what direction does the induced existing circulation with the light bulb?
A level coil is in a unidevelop magnetic area. The magnetic flux via the coil is best when the plane of its location is
A square loop moves to the best from an area wbelow B⃗ =0, entirely via an area containing a unicreate magnetic area directed right into the figure (Figure 1), and then out to B=0 after point L. A present is induced in the loop
When a generator is offered to develop electrical present, the resulting electric energy originates from which source?

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