How to electrolise NaH if at all possible?
440307
Sodium Hydride (NaH) is an ionic compound that readily reacts with water or an alcohol to form hydrogen gas (H2).\n\nNaH --> Na+ (sodium ion) and H- (hydride) \n\nH2O donates an H+, with combines with the H- to form hydrogen gas, H2, a neutral molecule which will bubble out of the solution, leaving behing hydroxide ions from the water and sodium ions. In alcohol, the OH group donates the proton (H+), and is left with an O- where the alcohol group was located. The hydrogen gas will again bubble out of solution. \n\nHydrogen gas is highly flamable. In light of that fact, electolosis doesn't seem to be such a great technique to use with NaH.
229122
just snap it into the breaker box\nthats the only think i know.
560737
En=-(13.6)/n^2eV\nE1=-(13.6)eV\nE3=-(13.6)/9eV\ndelta E=E3-E1=hv\nhv=12eV\ntherefore,v=(12*1.6*10^(-19))/(6.626*10^-34)\nv=2.8976*10^15hz
342190
If you can get your hands on a solution of silver nitrate, it should be pretty easy.\n\nYou'll need a battery (9 volt should do it) and two lengths of wire.  Run one wire from the positive terminal of the battery and attach it to a silver electrode (available in science shops) or any piece of silver.  If you can't get the silver electrode, just use the copper wire.  This will plate some of the copper onto the ring, though.  Attach the other wire to the ring and to the negative battery terminal.  Lower the ring and the silver electrode into the silver nitrate solution (without letting them touch) and wait.\n\nThe positive silver ions in the solution will be attracted to the negative ring and should plate the ring nicely.
242213
Cool.\n\nUse the FOIL method. First, outside, inside, and last.
646572
One method\n\nhttp://ift.confex.com/ift/2002/techprogram/paper_10516.htm
856026
Use the gas law\nPV=nRT
796133
Try this. It's a tutorial on how to do one (below).
983703
ask the elecric board
144592
But seriously, folks, how about:\n1. Static charge, done any number of ways, most involving a dry day and a bit of stroking or rubbing.\n2. Send current into a rechargeable battery.\n3. Refill a fire extinguisher.\nBonus item:\n4. Run toward it very fast making bellowing noises.
76434
Go to your local electrician's shop
616514
Generating static electricity.
1025535
Take two plastic cups.  Perforate both cup bottoms and insert graphite rods.  Invert two glass jars over the cup bottoms so that the ends of the graphite rods are nearly sealed.  Then connect the ends of graphite on the open end of the cups with wires to a 6V battery (check that the batteries are fresh!).    Disconnect wire-battery connection till later.\n\nhen, prepare an electrolyte solution in a PLASTIC tub. Here, there are two options.  One is a solution of NaCl and the other is dilute H2SO4.  I tried NaCl before, but it gives a generally low yield.  Never tried H2SO4.  From what I heard, I recommend you use that- but use DILUTE H2SO4 (careful not to touch any).   Always make sure (either) solution is warm, so that electrolyte will be surely distributed.  \n\nFinally, lower the cups+jars in such a way that the water goes up 2/3 of the way up the jars (the graphite rods should be completely submerged).    Then, reconnect wire-battery and wait... until water levels drop dramatically (takes a long time).  Your anode (negative terminal) jar contains 02. while your cathode (positive terminal) jar contains H2.  Check presence of O2 by putting a smoldering splint into  the (still) inverted jar- it will reignite.  Check presence of H2 by bringing lit splint into the (still) inverted jar- it will go 'pop'.\n\nHope this works for you.
99748
about 3.2VDC using CaCl3 for the electrolytic salt.\nThe voltage needed must be enough to reduce the oxide, but not so much as to break down the CaCl3; the details are described in the link below:
430141
I will make NaOH from the electrolysis of brine(saturated NaCl solution) using graphite anode and mercury cathode. On electrolysis, sodium will combine with mercury to form sodium amalgam(Na/Hg). Then make that sodium amalgam to combine with water(H20) so that we can get NaOH.
405671
I assume you mean electrolysis?  I don't know the exact ratio of energy out to energy in, but I do know that it's not very efficient.  There will be a lot of lost energy.  What kind of H2 on demand system?  Are you trying to run an automobile?  If so, you'd need more than about 10 kilowatts of electricity.  Might as well just build an electric car if you have that much electricity to waste.
312735
Try a damping circuit.