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Why does a current carrying conductor kept in a magnetic field experience force? On what factor does the direction of this force depend? Name and state the rule used determination of direction of current

The current carrying conductor has its own magnetic field when it superimpose the magnetic field of the magnet the attract or repel each other so it experiences the force.

The rule used for finding direction of current is Fleming's right hand rule:

When fore finger , middle finger,and the thumb stretched mutually perpendicular to each other and the fore finger is denoted by magnetic field and the force is denoted by the thumb then the current flowing through the conductor is denoted by middle finger.

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a current carrying conductor experiences a mgnetic force because: the currentcarrying conductor exerts a force on the magnet and the magnet in turn exertsa force on the conductor..the conductor being less heavy, gets displaced..(newton's law: evry action has an equal and opposite reaction...

hope this helps..

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arvind i think its Flemings' LEFT hand rule

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good question but i dont know the answer
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Ya
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Amogh is write
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its flemmings left hand rule not right hand bro
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It's Fleming's right hand rule bro😎😎
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The interaction between the electric current and magnetic field leads to the drifting of electrons. Simultaneously, the superimposing of the magnetic field and magnetic field of the current takes place.both the reasons lead to induction of a magnetic force
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thanks
 
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It's Fleming's left hand rule.
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xxxxxxxhdh
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Hi The current carrying conductor has its own magnetic field when it superimpose the magnetic field of the magnet the attract or repel each other so it experiences the force.

The rule used for finding direction of current is?Fleming's right hand rule:

When fore finger , middle finger,and the thumb stretched mutually perpendicular to each other and the fore finger is denoted by magnetic field and the force is denoted by the thumb then the current flowing through the conductor is denoted by middle finger.
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