Ampere's Swimming Rule

Ampere's swimming rule is used to find the direction of current.

State Ampere's swimming rule.

From Oersted's experiment of placing a current carrying conductor directly on a pivoted magnetic needle, we can infer that the direction of deflection of needle will depend on direction of _____(current/voltage).

According to Ampere's swimming rule, the south pole of the magnetic needle deflects towards _____ hand of the swimmer.

Ampere's swimming rule is used to find the direction of current.

Explain Ampere's swimming rule.

According to Ampere's swimming rule, the south pole of the magnetic needle deflects towards _____ hand of the swimmer.

Ampere's swimming rule is used to find the direction of current.

If a magnetic field is directed to the right and the current flows downward, what will be the direction of the force on the conductor?

How can Ampere’s Swimming Rule help in understanding electric motors?

What does the right hand thumb indicate in Ampere’s Swimming Rule?

What happens to the direction of force if the direction of the current is reversed in Ampere's Swimming Rule?

In the context of Ampere’s Swimming Rule, if a wire is placed in a magnetic field, how do we find the direction of the force?

What is the effect of the direction of the current on the direction of the magnetic field?

According to Ampere’s Swimming Rule, if the magnetic field is directed downward and the current flows left to right, which direction will the force be?

What type of current does Ampere’s Swimming Rule apply to?

In which direction do the magnetic field lines circle around a conductor when current flows vertically downwards?

How is the magnetic field produced in a current-carrying conductor according to Ampere’s Swimming Rule?

If a magnetic field is directed upwards and current is flowing from right to left, in which direction will the force on the conductor be?

What is the role of the magnetic field in Ampere’s Swimming Rule?