# When does a larger voltage result in a greater current?

## Homework Statement

I was looking at a question which asked when the induced current in a circuit was greatest, and this was when the rate of change of magnetic flux was greatest. However, this (seems to )contradicts V = IR. Can anyone explain?

## The Attempt at a Solution

cnh1995
Homework Helper
Gold Member
this (seems to )contradicts V = IR.
How?

How?
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
Homework Helper
Gold Member
increase in voltage would lead to a decrease in current.
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?

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?
Yeah, it makes sense thinking about it like that. Thanks [emoji4]