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Magnetic Field and Field Lines
Magnetic Field - Magnetic field is a region near a magnetised body where magnetic forces can be detected. In a magnetic field, the magnetic dipole (Two equal and oppositely magnetised poles separated by a distance is referred to as magnetic dipole) experiences..
Magnetic Field - Magnetic field is a region near a magnetised body where magnetic forces can be detected. In a magnetic field, the magnetic dipole (Two equal and oppositely magnetised poles separated by a distance is referred to as magnetic dipole) experiences..Magnetic Fields and Field Lines
If a small compass needle is placed at a point near the north pole of a bar magnet, the needle turns round on its pivot and settles in a fixed direction as shown in figure. At other points away from the pole the needle settles tangent to the field lines shown. The magnet exerts a magnetic..
If a small compass needle is placed at a point near the north pole of a bar magnet, the needle turns round on its pivot and settles in a fixed direction as shown in figure. At other points away from the pole the needle settles tangent to the field lines shown. The magnet exerts a magnetic..Magnetic Field
Magnetic field is a region near a magnetised body where magnetic forces can be detected. In a magnetic field, the magnetic dipole (Two equal and oppositely magnetised poles separated by a distance is referred to as magnetic dipole) experiences a turning force, which t..
Magnetic field is a region near a magnetised body where magnetic forces can be detected. In a magnetic field, the magnetic dipole (Two equal and oppositely magnetised poles separated by a distance is referred to as magnetic dipole) experiences a turning force, which t..Experiment:
The radioactive material was kept in a small cavity in a block of lead. The whole apparatus was enclosed in an evacuated vessel as shown here. An electric field was applied. It was observed that the beam is split up into three components. The radiations, which emerged from ..
Electric Charges and Field
Electric Charge - The word 'electric' is derived from the Greek word 'elektron' meaning amber. The existence of charges were known when charged particles were produced by rubbing (due to friction) of suitable materials. These facts are demonstrated by simple experiments..
Force on a Conductor in a Magnetic Field
Force Acting on a Current-Carrying Conductor in a Magnetic Field - Oersted's experiment shows that a current carrying wire exerts a force on a magnetic needle and deflects it from its usual north-south position. The reverse must also be true, which was proved by the French scien..
Force Acting on a Current-Carrying Conductor in a Magnetic Field - Oersted's experiment shows that a current carrying wire exerts a force on a magnetic needle and deflects it from its usual north-south position. The reverse must also be true, which was proved by the French scien..Magnetic Field Due to a Current in a Conductor
Magnetic Field Lines Due to a Current in a Straight Conductor - We need to understand the pattern of field lines around a straight conductor carrying current and also the direction of these field lines. Here is an experiment to map the magnetic field..
Magnetic Field Lines Due to a Current in a Straight Conductor - We need to understand the pattern of field lines around a straight conductor carrying current and also the direction of these field lines. Here is an experiment to map the magnetic field..Uniform External Field
are assumed to be in the plane of the paper. From the above, it is found that an electric dipole placed in uniform electric field experiences a torque which align the dipole parallel to the direction of the electric field..
Magnetic Field Lines Due to a Current in a Straight Conductor
We need to understand the pattern of field lines around a straight conductor carrying current and also the direction of these field lines. Here is an experiment to map the magnetic field lines. Procedure Observation Inference Arrange a c..
We need to understand the pattern of field lines around a straight conductor carrying current and also the direction of these field lines. Here is an experiment to map the magnetic field lines. Procedure Observation Inference Arrange a c..Magnetic Field due to a Current Carrying Circular Loop
. The magnetic field at the centre of the loop is perpendicular to the plane of the loop Join the free ends of the wire to a battery through a plug key The concentric circles become larger as we move away from the wire Insert the key and pass the current. Sprinkle iron filings on the card..
. The magnetic field at the centre of the loop is perpendicular to the plane of the loop Join the free ends of the wire to a battery through a plug key The concentric circles become larger as we move away from the wire Insert the key and pass the current. Sprinkle iron filings on the card.. Result
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