- #1
reddeffect
- 3
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how does the Right hand rule work for electrons?
The book only explains it for protons!
The book only explains it for protons!
What is the Right Hand Rule for Electrons?
- Thread starter reddeffect
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- Electrons hand Right hand rule
In summary, the right hand rule for electrons is a method used to determine the direction of an electron's movement in a magnetic field. It is important in understanding the behavior of electrons in various scientific fields and can also be applied to other charged particles. However, there may be exceptions to the rule in certain cases.
- #2
Gear300
- 1,213
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They go in the opposite direction you get from the right hand.
- #3
bjacoby
- 133
- 1
reddeffect said:
Heh. It doesn't work for electrons! You use the LEFT hand rule for electrons!
Related to What is the Right Hand Rule for Electrons?
1. What is the right hand rule for electrons?
The right hand rule for electrons is a method used to determine the direction of an electron's movement in a magnetic field. It is based on the principle that when an electron moves in a magnetic field, it experiences a force perpendicular to both its direction of motion and the direction of the magnetic field.
2. How do I use the right hand rule for electrons?
To use the right hand rule for electrons, extend your right hand with your fingers pointing in the direction of the electron's movement and your palm facing the direction of the magnetic field. Your thumb will then point in the direction of the force acting on the electron.
3. Why is the right hand rule for electrons important?
The right hand rule for electrons is important because it allows us to understand the behavior of electrons in a magnetic field and predict the direction of their movement. This is crucial in many scientific fields, including electromagnetism and particle physics.
4. Can the right hand rule for electrons be applied to other charged particles?
Yes, the right hand rule for electrons can also be applied to other charged particles, such as protons or ions. The only difference would be the direction of the force, as it depends on the charge of the particle and the direction of the magnetic field.
5. Are there any exceptions to the right hand rule for electrons?
Yes, there are some cases where the right hand rule for electrons may not apply, such as when the electron's velocity is parallel to the magnetic field or when the electron is moving at extremely high speeds. In these cases, more complex mathematical models may be needed to accurately predict the electron's behavior.