Generate Quiz 6997FF57B579A

The charge’s magnitude, velocity, and the magnetic field of induction all affect the force acting on the charge in the magnetic field.

The product of the area and the magnetic field component perpendicular to the loop’s plane yields the maximum flux through a loop with area A in a magnetic field B. In this instance, the loop is positioned perpendicular to the x-axis in the y-z plane. Consequently, the x-component of the magnetic field, which is 2 Tesla, provides the component of the magnetic field perpendicular to the loop’s plane.

Therefore, the product of the loop’s area and the magnetic field’s x-component yields the maximum flux through the loop, which is:

The maximum flux (Φ) is equal to B×A = 2× 10 = 20 Weber, where Φ = BAcosθ Cos (0°) = 1.

The magnetic field strengthens in the direction of motion as the North Pole is moved closer to the coil. Therefore, when viewed in the direction of the magnet’s motion, current will be anticlockwise according to Fleming’s right-hand rule.

Commutators are absent from AC generators. Commutators are used in DC generators to limit the direction of current flow.

NBA ω = 30 x 0.15 x 0.05 x 84 = 18.9 V is the induced emf.

The magnitude of the force will be F = qvBsinθ.

where F is the force acting in a magnetic field on a charged particle.

q is the charge’s magnitude.

The charged particle’s velocity is denoted by v.

and the angle between v and B is denoted by θ.

Therefore, if sin θ is maximum, it will be maximum. In order for the charge particle to move perpendicular to the velocity vector, the angle between the magnetic field and velocity must be 90 degrees.

F=q(V×B)

F=qvBsin

According to the formula,

F∝v

Given their identical velocities, the proton and electron will feel the same amount of force.

The force being applied would be the same in magnitude but opposite in direction because both have opposite charges. To put it simply, the same force deflects both particles, but in the opposite direction.

AC motors transform electrical energy into mechanical energy, and AC generators transform mechanical energy into electrical energy.