Which statements are true about electrolysis? check all that apply. electrolysis requires an acid be present. electrolysis is described by two half-reactions. electrolysis is not an industrial process. electrolysis results in commercially valuable products. electrolysis involves the transfer of electrons. reduction results in the loss of electrons. oxidation results in the loss of electrons.

The statements which are true about electrolysis are;

Electrolysis is described by two half-reactions. Electrolysis results in commercially valuable products. Electrolysis involves the transfer of electrons.

The true facts about electrolysis are as explained;

Electrolysis is described by two half-reactions. These half reaction are the oxidation half-reaction and reduction half-reactionElectrolysis results in commercially valuable products. This is evident in electroplating when valuable metals are use to plate one's of less value.Electrolysis involves the transfer of electrons. Each half reaction is characterized by the loss or gain of electrons.Oxidation results in the loss of electrons.

The false statements are;

Electrolysis requires an acid to be present. This is false because the presence of an acid is not mandatory during electrolysis.Electrolysis is not an industrial process. The statement above is false because industrial purification of many metals require electrolysis.Reduction results in the loss of electrons. Contrarily, reduction is characterized by a gain of electrons.

See below  

Step-by-step explanation:

True

Electrolysis is described by two half-reactions.  Electrolysis results in commercially valuable products.  Electrolysis involves the transfer of electrons.  

False

Electrolysis requires an acid to be present. For example, you can electrolyze molten NaCl. Electrolysis is not an industrial process. For example, many metals are purified by electrolysis. Reduction results in the loss of electrons. The Gain of Electrons is Reduction. Oxidation results in the loss of electrons. The Loss of Electrons is Oxidation.

Because a model would make the investigation easier to understand