I Does conductivity of one metal impose limitations on another

AI Thread Summary
The discussion centers on the relationship between low and high conductivity metals in electrical circuits. It emphasizes that current flow is influenced by the entire circuit rather than just the properties of individual metals. The concept of resistance is highlighted as a key factor in understanding how current behaves in different materials. Miscommunication arises from the phrasing regarding voltage and current flow, stressing the importance of precise terminology in electrical discussions. Overall, the conversation seeks clarity on how conductivity affects current limitations in a circuit.
Swim
Hi,
If some voltage is traveling from a low conductivity metal to a high conductivity metal, does it impose limitations on the high conductivity metal such that it will only do as much as the low conductivity metal?
 
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You phrasing is not correct, as voltage does not travel.

Let me answer your question with a question: What is a resistor?
 
If some current is traveling from a low conductivity metal to a high conductivity metal, does it impose limitations on the high conductivity metal such that it will only do as much as the low conductivity metal?
 
Swim said:
If some current is traveling from a low conductivity metal to a high conductivity metal, does it impose limitations on the high conductivity metal such that it will only do as much as the low conductivity metal?
I'll comment again on your wording. This is not to be pedantic, but I think that it is at the source of your confusion. Current is not something that starts flowing at one end of a circuit and moves along, like water would in an initially empty pipe. The current will depend on the overall circuit.

Again, please start by answering: What is a resistor?
 
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