Parallel Plates Velocity of Electron

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SUMMARY

The discussion focuses on calculating the velocity of an electron moving between parallel plates, which are identified as capacitors creating a uniform electric field. Key formulas mentioned include Newton's second law of motion (a = F/m) and the relationship between electric force and charge (E = F/q). These equations are essential for determining the acceleration of the electron and subsequently its velocity as it traverses the electric field. Understanding these principles is crucial for anyone studying electromagnetism or particle physics.

PREREQUISITES
  • Understanding of Newton's laws of motion
  • Familiarity with electric fields and forces
  • Basic knowledge of kinematics
  • Concept of charge and its interaction with electric fields
NEXT STEPS
  • Study the derivation of the kinematic equations in physics
  • Learn about the behavior of charged particles in electric fields
  • Explore the concept of capacitors and their applications in circuits
  • Investigate the principles of electromagnetism and particle dynamics
USEFUL FOR

Students in physics, electrical engineering professionals, and anyone interested in the dynamics of charged particles in electric fields.

Dan17
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Help! Parallel Plates Velocity of Electron

New to the forums and am hoping to find some major help...

I need some help understanding parallel plates and how to calculate the velocity of an electron going through them. What formula's would I use?

Any help would be appreciated...please help me!

Thanks,

...Dan
 
Last edited:
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i'm assuming you mean parellel plates as capacitors and uniform electric fields.

you need:
three quasions of kinamatics
a=F/m
E=F/q
 
thanks for the help
 
Last edited:

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