What are some ways of reducing the ohms of water?
596430
Pee into water.\n\nNot the most elegant way but conveniently available.
814262
H2SO4 + H20 -> H2SO4:H2O (water decreased)\nHNO2 + H2O-->NH3 + O2   (you balance it)\nNaHSO3 + H2O-->H2SO3 + NaOH(you balance it)
765543
try\nhttp://www.dir.ca.gov/title8/2395_42.html\nsection b\n\nGrounds are also tied to the cold water pipes and gas pipes.\nmake sure all circuits are dry and checked with a insulation resistor tester (megger).Readings above 2 Mega Ohms should be OK.
286777
assuming you are looking for an easy, quick way that doesn't require any work, investment, or sacrifice, almost everyone has 5-20 points of water weight that they can get rid of temporarily. it's like wringing out a sponge. it's not a permanent fix, nor safe, but it does work. \n\nWays of getting the water out vary, but the easiest is just stop drinking water for a day. Others include sweating it out, or wearing a trash bag and jogging.
451585
water\n\n[edit] 6 seconds too slow!
95239
compressing 2 liters of water into a 1 liter volume\n\nLiquids are not compressible.
884282
you can separate water into its constituents by passing electricity through it
749628
from my chemistry days we would use a 250 ml GLASS beaker and two GLASS testtubes to conduct electrolysis of water but it was only temporary the hydrogen would eventualy escape. now how to keep it pressurized is a little bit harder good luck finding that out.
956940
Best ones are the metal elements with "spare" electrons.\nGold\nSilver\nLead\nCopper\nIron\nEtc.\nPS Pure water doesn't conduct electricity - it's the impurities or trace elements that do the conducting
941013
Hi. The most efficient way would be to bypass the power to the pump used to raise the water in the first place and use it directly. This would eliminate friction losses and generator losses.
533071
www.sensorex.com/support/education/ORP_education.html\n\nwww.zentox.com/CleanStreams/ Ozone_Cooling_Tower_Systems_KSC.pdf\n\nNote the limitations !  It only works for clean waters.\n\nanrcatalog.ucdavis.edu/pdf/8149.pdf
738402
Attach a bare wire to each terminal and dip the ends of both in salty water. Bubbles will form near the wires as the electricity breaks the water and salt molecules into their constituent gaseous elements. \n\nBy the way, with salty water you will get hydrogen and chlorine, but not oxygen. The salt is needed to make the water conduct electricity, but it also prevents you from getting oxygen gas from the water. You can do this experiment without the salt, but you will need WAY more than 9 volts. In that case you would get oxygen.
182902
Specifically, water binds to the mixture, and blocks free oxygen from reaching the material to be oxidized-its a simple smothering reaction, and is why water is effective for putting out fires.  Salt is also effective, but is reduced by the relatively large size of the particles which allows some oxygen in.  There is no specific inhibition of the oxidization reaction other than this-water is neutral to this reaction, except as a space inhibitor.
524682
In order of decreasing concentration:\n\nNitrogen, oxygen, argon, water, and carbon dioxide
151037
decrease the pressure.\n\nwater at the top of mt. everest boils at a much lower temperature than water at sea level.
2722
I would say it is possible by serious computer modders.\n\nYou CANNOT submerge electronics in distilled water and still have them work. There are tons of chemicals and other oils on the surfaces of the computer that will introduce salinity and conductivity into water. Distilled water doesn't matter in the least.
966564
What you are proposing violates occupational safety regulations unless you've received the proper training and permits. Keep in mind that getting an electric shock from touching charged water is extremely dangerous because water reduces the skin's resistance to electricity, especially if you have salts dissolved in it. 35 mA is 3.5 times the minimum requirement to send a heart into fibrillation. Given the high voltage and water combination, there is no question that your body's resistance would be low enough to draw the full current limit.\n\nThat said, an arc is when you create a bright plasma conducting path. Dissolving bicarb in the water will make the *water* conduct instead, and load down (short) the HV, suppressing its voltage. You'll likely just heat the water that way. Your best bet is to use distilled water. Give the electrodes sharp points to enhance the electric field near the points. Bring the electrode close enough underwater, and you'll get your arc. Note that arcs create high pressure, and the water may splash out of the container and electrocute you.