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**warj1990**:

I know my topics run together and lots of data gets mixed into the topics. I hate to post a new topic for each test - as one test leads to the next. So the topic turns into background data leading to the next area.

At this point I am looking into 2 areas.

1. natural water resistance with water flowing through it, seeing the resistance change as the water flows vs not flowing.

For this I need to build a new cell or modify my current cell. I am thinking a new cell that is 3 inches long as Meyer has mentioned in the past.

2. At what point does a larger surface area = the"moving" water resistance.

It has been shown larger surface area allows more current flow, lower resistance.

Does a larger surface area and moving water = even lower resistance?

What would it take to build the best, or "most efficient", cell at this point? Lowest resistance cell?

**warj1990**:

Lets say I build a cell that is big enough to draw 100 amps at 1.3 volts.

Would this be enough to run a car, or more so several cells run a car. (cell 0.013 ohms)

What I am looking at is this: 100 amps worth of gas production for 130 watts of power.

At what input power, lowest volts highest amps, does this system need to be to run a car?

in the above example would 10 run a car, with 1130 watts total now...

If the cell size did not matter, 4 ft by 3 ft cells can I get a large current reaction at such low voltages.

Trying to find a target resistance in the cell at low voltage.

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