What methods are used to separate H2O into floating hydrogen atoms and an oxygen atom?

Question

What theories or methods could one use to separate H2O so the hydrogen and oxygen could be stored separately?

Answer 1

you can zap the water with an eletric current this wil cause enough heat to seperate the compounds

Answer 2

The most commonly used (and easiest to do at home) method is electrolysis: put an electric current through the water (or any other liquid chemical compound) to separate it. Hydrogen will bubble up at the cathode (wire connected to the negative pole of your power source) and oxygen will bubble up at the anode (wire connected to the positive pole of your power source). Using AC won´t work since the charges oscillate (DC must be used). There will be twice as much hydrogen as oxygen. To store these gases when they bubble up, just place containers upside-down in the water, just above the anode and cathode.

Answer 3

An extremely high temperature would break water vapour molecules up into component atoms, but the products could not be stored - they would be far too reactive.

Maybe you're asking about how to break up water into hydrogen and oxygen molecules. That's completely different, and can be achieved easily by electrolysis.

Answer 4

what's the volume of the enclosed area? what's the temperature? h2 and 02 gas atoms are literally unlikely to react until eventually you position potential enery into the platforms to cut up the bond, then they are going to manage to react. besides the undeniable fact that it also relies upon on the dimensions ofthe enclosed tank, once you've a large tank, then there'll be a lot less probabilities of any 2 atoms colliding. once you've a smaller area, then there'll more suitable collision, that will boost the possibility of manufacturing h20 besides the undeniable fact that, it also advise an boost replace of h colliding with h or O collidign with O. Temperature is likewise an significant aspect as temperature will impact the speed of the atoms and also its potential. larger temperature will require a lot less potential enter into the equipment, low temperature will require truly some potential.

Answer 5

Implossion and osmosis, to deviate the magnetic flow into two separate links instead of one append. Anylin and borax can be used for this purpose, with some lime water and electricity in electrostasys.