Using Ohm's Law, explain how does current change in relationship to voltage, assuming that resistance remains constant

Question

abb0t · Answer

I = $\sf \frac{V}{R}$

anonymous · Answer

Can you explain how you got your answer

abb0t · Answer

That's ohm's law.

anonymous · Answer

I'm sorry.  I still don't understand.  Is it because the resistance is constant, the voltage is directly proportional to current???

anonymous · Answer

Abbot, can I ask you another question?

anonymous · Answer

You, and 3 friends each apply a foce of 163N to push a piano.  The amunt of work done is 1762.2J.  What distance did the piano move?

anonymous · Answer

Back to your Ohm's Law question ...$$\color{green}{V = IR \quad V \propto I}$$
If the resistance is constant, current and electric potential difference are directly proportional to one another. Doubling the electric potential difference would double the amount of current, and so on.