Kelly ran electricity though a sample of water using electrolysis. The water changed into two gases, X and Y. It was not possible to break down the gases X and Y into simpler particles. Which statement is best supported by this evidence?

Question

Nancy Sawyer

Chemistry

14 January, 11:59

Kelly ran electricity though a sample of water using electrolysis. The water changed into two gases, X and Y. It was not possible to break down the gases X and Y into simpler particles. Which statement is best supported by this evidence?

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Dilly Dally · Answer 1

The best option that support the evidence of this electrolysis is D.

Explanation:The electrolysis of water molecule start from the separation of cations (Hydrogen ions) to the cathode (which is negatively charged) and anions (Oxygen ions) to the anode (which is positively charged) especially in a Hoffman cell, when an electric current is passed through the water electrolyte

The Oxygen ions at the anode will loose their electrons to the anode, and become oxidized, thus combine with another Oxygen atom to form a diatomic molecule, which will be released at this same anode.

Likewise, the hydrogen ions at the cathode will gain electrons from this electrode and become reduced, this combine with other hydrogen atom at the cathode to form a diatomic molecule, which is the hydrogen molecule released at the cathode. These products are all molecules, but are not compounds since they are made up of one element each. Because of this, they cannot be further broken down into simpler form using ordinary method like electrolysis. So they are elements. Option D.