The discussion revolves around the relationship between voltage, current, and resistance in the context of induced current in a circuit, particularly focusing on the conditions under which current is maximized in relation to changing magnetic flux.
There is an active exploration of the relationship between voltage and current, with some participants expressing confusion and others providing clarifications regarding the direct proportionality of current to voltage under constant resistance. The discussion is ongoing with no explicit consensus reached.
Participants are grappling with the implications of Ohm's law in the context of changing magnetic fields and induced currents, indicating a potential misunderstanding of the foundational concepts involved.
How?Mycelium said:this (seems to )contradicts V = IR.
I thought that if we have constant resistance, an increase in voltage would lead to a decrease in current. At least that's how I interpret the equation.cnh1995 said:How?
R=V/I. Increase in voltage increases the current such that V/I is constant. I is in direct proportion with V. That's pretty intuitive, isn't it?Mycelium said:increase in voltage would lead to a decrease in current.
Yeah, it makes sense thinking about it like that. Thanks [emoji4]cnh1995 said:R=V/I. Increase in voltage increases the current such that V/I is constant. I is in direct proportion with V. That's pretty intuitive, isn't it?