When a coil carries current in an anti clockwise direction what pole does it create?

When coil carries current in an anticlockwise direction what pole does it create?

Explanation: A clockwise current will produce a magnetic S pole while anticlockwise would produce a magnetic N pole.

When the current flow is clockwise then the direction of magnetic field produced is?

What it means that if direction of magnetic field is towards you from one face, then the direction of magnetic field is away from you from the other end and vice versa. The magnetic lines of force enters from the face in which current is clockwise and exits from the face in which current is anticlockwise.

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Is the current flowing clockwise or anticlockwise?

Correct answer:

Explanation: Current flows counterclockwise in this circuit. Using the right hand rule for the conventional current in the wire, the right thumb is pointed along the wire pointing to the left at the top of the circuit.

What is the direction of magnetic field at the Centre of coil carrying current in clockwise and anticlockwise direction?

A clockwise current will produce a magnetic S pole while anticlockwise would produce a magnetic N pole.

When a coil carries current in an?

The coil experiences a turning effect.

When current flows anti-clockwise in a loop the polarity of its face is?

Clock rule states that if the current at any face of the loop flows in clockwise direction, that face behaves like a south pole. And, if the current round any face of the loop is in anti-clockwise direction, that face behaves like a north pole.

When we look at any end of the coil carrying current if the current is in anti clockwise direction then that end of coil behaves like?

The clock face rule states that, if observe that current is flowing in clockwise from one end of the electromagnet then that end of the coil will behave as South Pole and if the current flowing through the electromagnet is observed to be anti-clockwise then that end of the electromagnet will behave as North Pole.

When an electric current flow into the page what is the direction of the magnetic field?

when the current flows into the page, the magnetic field is clockwise because of the right hand thumb rule, we orient our thumb into the page and our fingers curl in the clockwise direction.

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When electric current flows vertically downwards then the direction of magnetic field is anticlockwise?

(a) In the straight wire A, current is flowing in vertically downwards direction; therefore, the direction of magnetic field around it will be clockwise. (b) In the straight wire B, current is flowing in vertically upwards direction; therefore, the direction of magnetic field around it will be anticlockwise.

Is the current flowing clockwise or anticlockwise around the coil when viewed from above?

The current is flowing in clockwise direction around the coil when viewed from above.

What causes this clockwise and counterclockwise direction of current?

the result of Earth’s rotation on weather patterns and ocean currents. The Coriolis effect makes storms swirl clockwise in the Southern hemisphere and counterclockwise in the Northern Hemisphere.

Why do electrons flow in the opposite direction of current?

The electric field direction within a circuit is by definition the direction that positive test charges are pushed. Thus, these negatively charged electrons move in the direction opposite the electric field.

What is the direction of magnetic field produced at the Centre of current carrying coil?

The direction of magnetic field at the centre of circular coil is perpendicular to the place of the coil. i.e. along the axis of the coil.

Which direction does the magnetic field in the center of the coil point?

The standard right hand grip rule can be modified to predict the direction of the magnetic field. If the right hand fingers curl round the coil in the direction of the current, then the thumb points in the direction of the magnetic field down the centre of the coil.

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What is the magnetic field at the Centre of a current carrying coil?

The magnetic field at its center is B. The same current is passed through a circular coil having the same perimeter as the square. The field at the center of the circular coil is B’.