JohnDB
Member
You can't reverse polarity...diodes and transisters that don't fry from that will stop the current.
And the electrons flow from one molecule to the next... nothing changes it's molecular composition.
When thinking of current and voltage think of a water hose... voltage is the pressure and current is the width.
But a current capable conductor is needed.
And where current flows from the most negative to the most positive 10 amps may go out but resistance eats up the amps. This can be in either inductive resistance or capacitive resistance or just plain heat and/or light. But not necessarily light.
Just because it wants to flow there doesn't mean that it will make it. Some does. But not all. But all 10 amps will be accounted for in some fashion.
We used to take tungsten light bulbs and wire them in series till we got the 277 volts down to 120. Then we would wire them in parallel or a plug for temporary lights and power. Can't do this anymore... everything has gone to CFLs and LED.
And the electrons flow from one molecule to the next... nothing changes it's molecular composition.
When thinking of current and voltage think of a water hose... voltage is the pressure and current is the width.
But a current capable conductor is needed.
And where current flows from the most negative to the most positive 10 amps may go out but resistance eats up the amps. This can be in either inductive resistance or capacitive resistance or just plain heat and/or light. But not necessarily light.
Just because it wants to flow there doesn't mean that it will make it. Some does. But not all. But all 10 amps will be accounted for in some fashion.
We used to take tungsten light bulbs and wire them in series till we got the 277 volts down to 120. Then we would wire them in parallel or a plug for temporary lights and power. Can't do this anymore... everything has gone to CFLs and LED.