So, I know ohms law. That's not what this is about.... In any circuit, if resistance goes down, so does "load". As far as resistive heating, lower resistance, with the same current and voltage means less heat. Sooooo... We increase power. We increase current, and see more use, but that does not mean we are using more power. It just takes a higher current or voltage to get the same heat output of a lower resistance coil compared to a higher one. Correct me if I'm wrong.
So then what is the point? Using a thinner wire, causes a higher heating. More surface area for juice contact. But just using a lower resistance, doesn't do anything a higher resistance does. That's what I'm not getting. The desire to go lower lower resistance.
So then what is the point? Using a thinner wire, causes a higher heating. More surface area for juice contact. But just using a lower resistance, doesn't do anything a higher resistance does. That's what I'm not getting. The desire to go lower lower resistance.