If two identical parallel plate capacitors of capacitance are connected in series, which is true of the equivalent capacitance, ?

A proton moves in a straight line for a distance of . Along this path, the electric field is uniform with a value of . Find the potential difference created by the movement.

The charge of a proton is .

A proton moves in a straight line for a distance of . Along this path, the electric field is uniform with a value of . Find the potential difference created by the movement.

The charge of a proton is .

If two identical parallel plate capacitors of capacitance are connected in series, which is true of the equivalent capacitance, ?

If two identical parallel plate capacitors of capacitance are connected in series, which is true of the equivalent capacitance, ?

A proton moves in a straight line for a distance of . Along this path, the electric field is uniform with a value of . Find the potential difference created by the movement.

The charge of a proton is .

If two identical parallel plate capacitors of capacitance are connected in series, which is true of the equivalent capacitance, ?

Consider a current-carrying loop with current , radius , and center .

What would happen to the magnetic field at point if the radius was halved and current was multiplied by four?

Consider a current-carrying loop with current , radius , and center .

What would happen to the magnetic field at point if the radius was halved and current was multiplied by four?

Consider a current-carrying loop with current , radius , and center .

What would happen to the magnetic field at point if the radius was halved and current was multiplied by four?