Magnetism and Electromagnetic Induction

Radio Wave Field

Magnetic Field

Electrical Field

Gravitational Field

It will continue moving in a straight line.

It will accelerate along the direction of the field.

It will move in a circular path.

It will slow down and stop eventually.

Volt (V)

Joule (J)

Tesla (T)

Ampere (A)

The resistive reactance decreases.

The inductive reactance increases.

The capacitive reactance increases.

The overall resistance decreases.

The electric field strength.

The force exerted on the charge.

The magnetic field strength.

The velocity of the charge.

Clockwise because the north ends of the wire are pushed inwards while the south ends experiencing outward pull, creating rotational motion around the centroid axis.

Zero because torque is the product of force, lever arm, and all points on the wire experience equal magnitude opposite forces symmetrically distributed across the loop, resulting in no net torque overall.

Varying in time dependent on phase shift between current amplitude and external field dynamics, generating periodic torque surges.

Counterclockwise force on upper and lower segments induces torsion effect leading to inverse rotation compared to initial current flow.

Helical path rotating about E-field lines

Horizontal circular path centered around point of entry

Vertical spiral increasing radius away from point of entry

Straight line along initial injection path

Light bends around corners in presence of weak magnets without additional materials involved.

Light intensity increases when shone across heavy ferromagnetic materials without magnets applied.

Light polarization rotates when passed through certain materials under strong magnets.

Light waves lose energy when passing close to powerful magnets without interacting with any material.

None detected

Positive top, Negative bottom

Changes slowly as speed decreases

Negative top, Positive bottom

Decreasing the velocity of the particle parallel to the field lines.

Changing only direction without changing any other factors affecting force magnitude or velocity vector characteristics relative to B-field orientation.

Increasing the charge of the particle.

Increasing the mass of the charged particle alone.