- #1
alexandria
- 168
- 2
Homework Statement
Homework Equations
no equations are required
The Attempt at a Solution
is this correct?
[/B]
Electromagnetism and the motor principle
- Thread starter alexandria
- Start date
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SUMMARY
The discussion centers on the motor principle in electromagnetism, specifically the application of the right-hand motor rule to determine the direction of force on a conductor within a magnetic field. Participants confirm the correctness of the conductor's placement between the magnetic poles while suggesting adjustments to the representation of the magnetic field lines. The right-hand motor rule is emphasized, where the thumb indicates force, the index finger represents current, and the middle finger denotes the magnetic field.
PREREQUISITES- Understanding of electromagnetism principles
- Familiarity with the right-hand motor rule
- Basic knowledge of magnetic fields and conductors
- Concept of field lines in magnetic contexts
- Study the applications of the right-hand motor rule in various electromagnetic scenarios
- Explore the relationship between magnetic field strength and conductor placement
- Investigate the effects of varying current on the force experienced by a conductor
- Learn about the design and operation of electric motors
Students of physics, educators teaching electromagnetism, and engineers involved in designing electric motors will benefit from this discussion.
no equations are required
is this correct?
[/B]
- #2
andrevdh
- 2,126
- 116
Yes, it seems to be correct.
The conductor is sitting a bit low between the poles, but one would assume that the field lines of the magnet would still be right to left.
Just one remark, maybe you should make the second outer field lines of the conductor smaller, that is a smaller circle which fits inside of the poles.
The right-hand motor rule is normally used to determine the direction of the force on the conductor: thumb - force, index finger - current, middle finger - magnetic field.
The conductor is sitting a bit low between the poles, but one would assume that the field lines of the magnet would still be right to left.
Just one remark, maybe you should make the second outer field lines of the conductor smaller, that is a smaller circle which fits inside of the poles.
The right-hand motor rule is normally used to determine the direction of the force on the conductor: thumb - force, index finger - current, middle finger - magnetic field.
- #3
alexandria
- 168
- 2
ok, thanks for the help 
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