what is electropolysis?
406416
ELECTROLYSIS-is the use of electricty to kill something. (electro=electricity   lysis=kill or cut).\n\nThis is generally used to remove unwanted hair.  The hair bulb (root) is fried with a current, and the hair cell dies permanently.
712534
used to change colligative properties of solutions
1178854
On the most basic level, an electrolyte behaves as an electrically conductive medium. Because they generally consist of ions in solution, electrolytes are also known as ionic solutions.
98966
I think you can find everythin u are lookin for and more on this site.. good luck!!!http://www.tannerm.com/electrochem.htm
937573
Capacitors serve a couple of purposes beyond what you mention.  They allow the ac component of a dc signal to pass, such as in a power supply, thereby smoothing the dc output.  These are polarity-sensitive caps called electrolytics.  The smaller, non-polarized caps are used as coupling devices for RF devices.  There are, in fact, several uses for the device, and building functioning circuits without them would be almost impossible.
1053808
Gee, I know you're a student but you are dull and lazy.\n\nHaven't you heard of google??  \n\nStep 1 - I went to www.google.com\nStep 2 - I used the following search  "electroclorination +equation"\n\nhttp://www.google.com/search?hl=en&lr=&q=electrochlorination+%2Bequation\n\nStep 3 - I followed the first link (listed below) on the google.com search results.\n\nAnd you've waited how many days for this answer?  It took me less than one minute to find.
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.
727527
Electrophoresis is a process of seperation of molecules based on electric charge they possess using mild electric field in an electrolyte medium. Protein peptides for eg. can be separated by breaking the long protein chain using denaturing chemical such as beta-mercaptoethanol and treated with a detergent such as sodium dodycyl sulphate to render net negative charge to the molecules (peptides so broken). Now, sepration takesplace mainly on the basis of molecular weight of the peptide. U can use standard peptides/proteins to get a separation calibration curve. These are available commercially.
647809
Chemicals... mostly some kinda acid. And some have nickle in it, but I donno if it'll be a solid (metal) or a liquid form. Bust one open and ya'll find out whats really in one.\n\nAnd also that's why they tell ya not to leave patteries in electonics for long periods of time with no use, cause the battery would start to leak the acid and it could fry the system.
884983
Salt (or more specifically, Sodium Chloride salt) is a strong electrolyte, meaning that when dissolved in water it will completely break up into ions (Na+ and Cl- ions).\n\nPure water, by itself, does not conduct electricity, but when you dissolve an electrolyte in it, an electric current can pass through the solution.\n\nIn order for a electric current to flow there must be charge carriers which can move.  Pure water does not have these charge carriers, but after a salt is dissolved and ions are present in solution, the solution becomes conductive.
495744
Well, if you run a current through saltwater (NaCl in water solution), two half-reactions are taking place in an electrolytic cell: \n2Cl- ---> Cl2 + 2e-  anode, oxidation (+)\n2H20 + 2e- ---> H2 + 2OH-  reduction, cathode (-)\nThe negative end is producing H2 gas, which bubbles out of solution, and hydroxide ions, which are basic.  So the stuff coming off of the negative end is basic, not acidic.
200995
by electrolisis\nH2O------>H2+O2\ni.e by passing electric current
536437
In order to overcome the strength of the  oxygen-hydrogen bond of water, a force must be used to electrochemically decompose a sample of water.  This is called a decomposition voltage and it is roughly about 1.2 volts at 25 degrees C.  In the lab a little more voltage is necessary to have the reaction occur at an acceptable rate.\nThis requires a cathode and an anode to produce hydrogen and oxygen gas, and of course a voltage.  \nElectrolysis of water:\n4H+ (aq) +4e- ------ 2H2(g) reduction at cathode\n2H2(l) ------- O2(g) + 4H+(aq) + 4e- oxidation at anode\n\n2H2O(l) ------- 2H2(g) + O2(g) net reaction\n\nEnergy: DeltaGrxn = +474.4 KJ\n\nGood night and Good Luck.
163806
It dissociates the bond between the sodium and chlorine atoms. Technically, it ceases to be a "salt" and becomes an electrolyte.
499916
An ionic compound is dissolved with an appropriate solvent, or otherwise melted by heat, so that its ions are available in the liquid. An electrical current is applied between a pair of inert electrodes immersed in the liquid. The negatively charged electrode is called the cathode, and the positively charged one the anode. Each electrode attracts ions which are of the opposite charge. Therefore, positively charged ions (called cations) move towards the cathode, while negatively charged ions (termed anions) move toward the anode. The energy required to separate the ions, and cause them to gather at the respective electrodes, is provided by an electrical power supply. At the probes, electrons are absorbed or released by the ions, forming a collection of the desired element or compound.
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During electrolysis, chlorine is formed at the anode, and hydrogen and hydroxide ions are formed at the cathode.  \n\nAnode reaction: 2 Cl¯ --> Cl2 + 2 e¯ \nCathode reaction: 2 H2O + 2 e¯ --> H2 + 2 OH¯ \n\nBecause the Cl2 formed at the anode and the H2 formed at the cathode can react explosively, they must be kept away from each other. Furthermore, the hydroxide ions formed at the cathode can react with any chlorine that remains dissolved in the brine. To keep the products formed at the two electrodes away from each other, a porous diaphragm is placed between the two electrodes in the electrolysis apparatus.\n\nIn the electrolysis of brine, water is reduced at the cathode. This occurs because water is more easily reduced than are sodium ions. This is reflected in their standard reduction potentials, –2.71 volts for Na+ versus –0.83 volt for water. At the anode, where oxidation occurs, the situation is not as clear. The standard oxidation potential of water is –1.23 volts, while that for chloride ions is –1.36 volts. This means that water is more easily oxidized than chloride ions. In spite of this, chloride ions are oxidized at the anode, not water. The reaction that occurs is not what would be predicted by considering only the standard oxidation potentials because standard electrode potentials reflect equilibrium conditions, when no current is flowing. When current begins to flow, the distribution of ions around the electrodes changes, and the equilibrium electrode potentials no longer accurately apply. The potential of a cell depends on the magnitude of the current that is flowing through it. The difference between the equilibrium potential, at zero current, and the potential when current flows is called overvoltage. The magnitude of the overvoltage depends on the composition of the electrode and electrolyte, as well as on the current. Generally, overvoltages are small, so predictions of electrode reactions based on standard electrode potentials are usually correct. However, in the electrolysis of aqueous sodium chloride, the overvoltage for the oxidation of water, which is a neutral molecule, is large enough to make it more difficult to oxidize than chloride ions.
392574
Electret (formed of elektr- from "electricity" and -et from "magnet") is material that has a permanent electric charge polarisation.  Electret materials have recently found commercial and technical interest. For example, they are used in one form of microphone and in copy machines. They are also used in some types of air filters, for electrostatic collection of dust particles, and in electret ion chambers for measuring ionizing radiation.\n\nTweeters are speakers designed to play higher frequency sounds, as opposed to woofers.