when electricity is passed through water using electrolysis, it will decompose to form hydrogen (H2) and oxygen (O2) atoms
Chlorine is released as a gas (diatomic molecule Cl2).
As one molecule of water is composed of two atoms of Hydrogen to one atom of oxygen electrolysis of water should produce twice as much Hydrogen as it does Oxygen.
The products of the electrolysis are sodium hydroxide and chlorine.
conclusion of electric current
water
The water molecules will be split releasing hydrogen and Oxygen gas.
A cationic molecule is a positively charged ion. It is attracted to the cathode, or the negative pole, during electrolysis.
electricity was discovered, so they could use electrolysis
Chlorine is released as a gas (diatomic molecule Cl2).
As one molecule of water is composed of two atoms of Hydrogen to one atom of oxygen electrolysis of water should produce twice as much Hydrogen as it does Oxygen.
Because it is an electrolyte in water and becomes ionized and ions are attracted towards corresponding electrodes during the electrolysis.
During this electrolysis are obtained chlorine and sodium.
The products of the electrolysis are sodium hydroxide and chlorine.
NaCl itself will not render any hydrogen, however you can separate hydrogen from the water through the process of electrolysis. During electrolysis of NaCl solution, hydrogen will be evolved at cathode.
Tin Sulphate stays the same during electrolysis because it is low down in the reactivity series, it can only be extracted by the reduction of carbon, not by electrolysis.
No
conclusion of electric current