Electromagnetic force increasing/decreasing

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SUMMARY

The electromagnetic force, defined by the equation F = I*L*B * SinΘ, is directly influenced by the sine of the angle (SinΘ) between the magnetic field vector (B) and the current-carrying conductor (IL). The physical explanation for this phenomenon lies in the cross product of vectors B and V, which determines the magnetic force acting on moving charged particles. When particles move parallel to the magnetic field, they do not experience any magnetic force due to this relationship.

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  • Knowledge of current-carrying conductors and magnetic fields
  • Basic physics concepts related to force and motion
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The electromagnetic force F = I*L*B * SinΘ will increase based on the value on SinΘ.What's the physical explanation for this? Why does the angle between vectors B and IL matter?
 
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Because there is a cross product between B and V (vectors) when computing magnetic force on moving particles.

Particles moving parallel to a magnetic field do not experience a magnetic force.
 
Oh, right. I should have known that.
 

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