Element called wet because this tool uses an electrolyte to soak the plate or batrai cells, this cell consists of a copper [Cu] and a zinc [Zn] or any others who the most important two are not made of the same material in both these materials pungsikan as an electrode in which the copper rod [Cu] as the anode [+] and zinc [Zn] as a cathode [-] while its electrolyte is sulfuric acid is mixed with water destilata [pure water]. the cells or plate is one of the principal of batrai, these cells are in use to convert chemical energy into electricity.
There are some thing must be noticed in the formation of this cell construction :
1. Electrode must be of electrically conductive material
2. Both kinds of electrodes must be of a different material
3. Its electrolyte must contain an acid, base or salt, so the solution is electrically conductive.
4. Differences in electrode and electrolyte antecedent use will make a difference who is also on the voltage generated its common but its not more than 2.2 volts each of its cells.
5. The electrical current can produce antecedent in the road with larger electrode surface area adds to reply directly connected with the electrolyte but this has no effect on the voltage [Volts].
1. Electrode must be of electrically conductive material
2. Both kinds of electrodes must be of a different material
3. Its electrolyte must contain an acid, base or salt, so the solution is electrically conductive.
4. Differences in electrode and electrolyte antecedent use will make a difference who is also on the voltage generated its common but its not more than 2.2 volts each of its cells.
5. The electrical current can produce antecedent in the road with larger electrode surface area adds to reply directly connected with the electrolyte but this has no effect on the voltage [Volts].
The working process of the cell is wet or accumulators;
1. If the two electrodes which consisted of copper plate [Cu] as the anode and the plate zinc [Zn] as a cathode in soaked in H2SO4 electrolyte, the electron motion in the fluid running H2SO4 will separate the liquid chemical into two, namely the positive ions [H +] and negative ions [SO4-] that have excess electrons, this separation is called with a positive charge elektrolise.ion who was called [anion] and negatively charged who called [cation].
2. His next ions [H +] to the rod of copper [Cu], gives a positive content in the copper rod.
3. Then the negative ions [SO4-] moving toward stem zinc [Zn]
and give negative content on the zinc rod.
1. If the two electrodes which consisted of copper plate [Cu] as the anode and the plate zinc [Zn] as a cathode in soaked in H2SO4 electrolyte, the electron motion in the fluid running H2SO4 will separate the liquid chemical into two, namely the positive ions [H +] and negative ions [SO4-] that have excess electrons, this separation is called with a positive charge elektrolise.ion who was called [anion] and negatively charged who called [cation].
2. His next ions [H +] to the rod of copper [Cu], gives a positive content in the copper rod.
3. Then the negative ions [SO4-] moving toward stem zinc [Zn]
and give negative content on the zinc rod.
Chemical processes that occurred in the bath to produce an electric voltage between the copper and zinc, when the second plate is connected by a wire, current flows from the positive [+] to negative [-] This is the current according to the agreement [under the old convention] while the direction of motion of electrons from the negative pole toward the anode.
Of this event was the electron-moving electrons from the cathode to the anode outside the fluid is then transported back to the cathode in this liquid caused the electromotive force [emf] which is derived in the electrolyte bath, the emergence of the workings of power caused emf from within existing between the two electrodes themselves, as long as the emf is still strong enough not to be weak to push the electrons in the conduction of electrical current during the same will continue.
hopefully useful!!!
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