Factors which govern the force experienced by a current carrying conductor placed in a uniform magnetic field depends on

strength of the magnetic field in which conductor is placed.

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strength of current flowing through the conductor.

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length of conductor.

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all

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Solution

The correct option is D all
We know that,
$\to F = q \to E + I l \to B$
Where,
F= force
E=electric field
B=magnetic field
l=length
I=current
$\to F = q \to E + I l \to B$

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Factors which govern the force experienced by a current carrying conductor placed in a uniform magnetic field depends on

The correct option is D allWe know that,→F=q→E+Il→BWhere,F= forceE=electric fieldB=magnetic fieldl=lengthI=current→F=q→E+Il→B

The correct option is D all
We know that,
$\to F = q \to E + I l \to B$
Where,
F= force
E=electric field
B=magnetic field
l=length
I=current
$\to F = q \to E + I l \to B$