Explain the term involved in electromagnetic force F=ILB

1.	Explain the term involved in electromagnetic force F=ILB
Answer» Answer: Given: An EQUATION has been provided as follows : $\boxed{ \red{ \sf{F = I \times L \times B}}}$ To explain: Each TERM of this equation. Explaination: 1. The F term is Force EXPERIENCED by the current carrying conductor passing through the magnetic FIELD lines. 2. L refers to the effective length of the conductor. By effective length, I mean that the DISPLACEMENT length between the 2 ends of the conductor. 3. I refers to magnitude of current flowing through the conductor. Direction of current has no effect on magnitude of force experienced. 4. B refers to magnetic field intensity at that point with respect to a source.

Answer»

Answer:

Given:

An EQUATION has been provided as follows :

$\boxed{ \red{ \sf{F = I \times L \times B}}}$

To explain:

Each TERM of this equation.

Explaination:

1. The F term is Force EXPERIENCED by the current carrying conductor passing through the magnetic FIELD lines.

2. L refers to the effective length of the conductor. By effective length, I mean that the DISPLACEMENT length between the 2 ends of the conductor.

3. I refers to magnitude of current flowing through the conductor. Direction of current has no effect on magnitude of force experienced.

4. B refers to magnetic field intensity at that point with respect to a source.

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