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  1. Hi, I want to know why in an electrolitic proccess of the water, the hydrogen obtained is gas. I have seen liquid hydrogen, but I don´t know if is possible to get liquid hydrogen in a non-pressurized bottle.
  2. Hi, recently I have made a Volta´s Battery. This is a simple device that consists on two different metals and a glass of water. Using this procces you can obtain a very little amount of energy. But with the time, the screw oxides because one metal gives electrons to make possible obtain energy. But I have a question, recently I read that you can obtain these electrons from the water instead from the screw. But I don´t know how do it.
  3. I ask this because I haven´t enough basic electrical knowledge. I don´t know if I have explained it well, but I mean this: I have 2 power sources of which one outputs voltage at almost no amperage, and the other outputs amperage at almost no voltage and I want to combine the two to get the combination of voltage and amperage (in the device that is connected to the recharguer cable). Most people say to me that I can´t do that because I can obtain a good amount of volts or a good amount of amperes, but I can´t obtain good amounts of volts and amperes at the same time. I have read that I can recharge a battery using constant voltage or constant amperage. The constant voltage that I need must be 10% to 25% higher than the voltage of the battery and I haven´t problem about obtaining the voltage that I want. But with a good amount of volts but almost not amperage, the time that I must be charging the battery increases a lot. So, I thought... If I´m able to combine one power source that is giving a good amount of volts and another that is giving a good amount of voltage (because with my power cell I can´t get enough amperage and volts at the same time) I can combine the 2 power sources, to get enought amperage and enough voltage. And my question is if I can do that, combine 2 power sources, one with good voltage and almost no amperage, and the other power source with good amperage but almost not voltage, to obtain one power supply that is good amperage and good voltage.
  4. Hi, I want to know if an electromagnet is affected by the voltage or voltage+current. I thought that if the Newman motor runs on voltage, maybe an electromagnet would need only voltage, instead of voltage + current. I use a homemade (screw and copper wire) electromagnet. Anybody knows?
  5. Hi, think for a moment that I have a energy generator... but that generator is giving to me a little amperage (exactly some miliamperes). How can I increase the amperage of the generator? Moving magnets arround or anything similar? I want to get the same voltage, or decrease the voltage minimum as possible.
  6. Look at this: If this possible? High Volts don´t mean hundreds of volts, instead it means more volts than amperes. But I can give the exactly amount to the device of volts and amps. This is possible to do? I have 2 cells, one giving a good amount of volts and the another a good amount of amps
  7. But think that you can recharge the battery because is a rechargeable battery. So, you say that I can recharge a rechargeable battery giving the exact amount of volts, but a very little amperaje (some miliamps). But the time is more... but much more? or simply a little more?
  8. If I have a power source that is giving a good amount of volts, but very little number of amperes... Can I recharge a battery? Or not? Or maybe the proccess will take more time?
  9. Think that I have 2 pack of batteries. In the first pack I have 6 batteries and each battery is giving 1 Volt and 0.01 Amperes, and the second pack of batteries are 2 batteries and each one is giving 0.3 Volts and 1 Amperes. So, we have: First pack 6 Batteries (6(1 Volt, 0.01 Amps)) Second Pack 2 Batteries (2(0.3 Volts, 1 Amp)) Can I obtain 6.6 Volts and 2.06 Amperes, putting all the batteries togheter? I asked the same question to one friend and he told me that I only can get 6.6 Volts at 0.01 or less amps, or obtain 2.06 amps but decreasing the voltage. I have to say that all the batteries are the same kind of battery. Making a serie of parallel connection? How many voltaje would decrease in the second case (when I want the 2.06 amps)?
  10. There is any relation between amperage and the magnetic field?
  11. I want to know what device is shown in this video: What is the name of the sphere device?
  12. I have forgotten to say... The energy is DC and the volts maybe a lot of volts > 1000. The transform must be bigger with high volts and little with low volts?
  13. A transformator... ok. And have you seen a overunity device or some "Strange" device that can give more output amps, maintaining the voltage? I want to say, a amperage amplifier.
  14. Hi, I have a question Suposse that I have a device that produces 500 Volts at 0.1 Amps. There is any device that I can transform that 500 Vols at 0.1 Amps, in higher Amps? I think that if I want to up the Amps, I must lower the Volts? I don´t know if I´m explaning it ok or not. I´m going to put an example: I have 1500 Volts at 0.2 Amps, Can I transform to... 300 Volts at 1 Amp? What device I must to employ to do that?
  15. The project is to make that motor, but without the blades. The mechanism is the same but It won´t be used with air. Instead, another engine will produce the rotary movement to the axle for the "wind" engine. I know that you can say... that´s crazy! because using one motor to run another motor is a nonsense thing, but I only want make that turbine to see (as you have said before) if my idea works.
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