Electromagnetism

The particle will experience no net force since it has negative charge.

The particle will experience a force directed south.

The particle will experience a torque instead of translational motion because of its charge nature.

The particle will remain stationary due to gravitational forces balancing out electrical forces.

The orientation of the circuit changes produced emf.

The coil size determined the generated emf.

The strength of the source is affected by the applied magnetic field.

The magnitude of the emf produced directly relates to the number of loops cut per second.

Electromagnetic waves can propagate through vacuum.

Magnetic fields do not have divergence.

Steady currents create static magnetic fields.

Static charges produce constant electric fields.

Currents reverse direction if there is any variation in nearby electric fields over time.

Magnetic fields cannot exist independently without associated currents nearby.

Electric charge accumulates proportionally to the applied voltage across conductors.

A changing electric field generates a magnetic field even without current flow.

Smallest diameter coil maximizing charge densities per area.

Flattest spiral shape ensuring maximum exposure to external flux.

Largest radius coil minimizing charge separation distance.

Coil with the highest number of turns.

The permeability of free space within the loop decreases.

An electromotive force is induced in the loop.

Magnetic monopoles are created at the edges of the loop.

A constant current is produced regardless of the circuit resistance.

The net magnetic flux through any closed surface remains zero.

The northern pole strength is greater than the strength of the southern pole.

The strength of the magnetic field is directly proportional to the area enclosed by the surface.

The sum of the absolute values of the northern and southern pole strengths is equal.

It increases by a factor of four.

It remains unchanged.

It decreases by half.

It decreases by a factor of four.

Magnetic fields are caused solely by direct currents and do not arise from varying electric fields like $E$ here described.

Magnetic fields cannot exist without actual charges moving due to absence of $J$ term (conduction current).

Since $J$ equals zero, $B$ must also necessarily be zero and not subject to spatial variations or curls.

There would still be a non-zero curl of $B$ due to displacement current from changing $E$-field over time.

The rotational symmetry about any axis in the plane.

The uniform distribution of magnetic dipoles on the plane.

The translational symmetry of the charge distribution.

The spherical symmetry of individual charges on the plane.