Are the electrons in conductor with current repel?

AI Thread Summary
Electrons in a conductor do repel each other due to their like charges, but this repulsion is not the primary reason for their slower movement in a current. Instead, the slower speed of electrons is mainly caused by collisions with atoms in the metal lattice of the conductor. These interactions impede their flow, requiring them to accelerate again after each collision. The overall effect is that while electrons are repelling each other, their movement is significantly influenced by the structure of the conductor itself. Understanding these dynamics is crucial for comprehending electrical conductivity.
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Are the electrons in conductor with current repel? When they move in conductor with current on closed circular loop, are they repelling? http://img135.imageshack.us/img135/260/electronrepelgt9.gif"
 
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Electron's always repel other electrons, no matter where they are. They still have the same electrical sign where ever they are, which causes tem to repel each other.
 
G01 said:
Electron's always repel other electrons, no matter where they are. They still have the same electrical sign where ever they are, which causes tem to repel each other.
So that causes to not move so fast, when there is current in conductor, right?
 
scientist91 said:
So that causes to not move so fast, when there is current in conductor, right?

The electrons move slower than you would expect in a conductor, but not for these reasons. The reason they move slower than what you would expect is because they interact(collide) with the atoms in the metal lattice. This slows them down, so they have to speed back up afterwards. This is why they move slower than you'd expect.
 
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