Question

Does a reducing agent in a redox reaction get reduced or oxidized?

Answer 1

The oxidation and discount reactions continually arise concurrently withinside the redox response or Oxidation-Reduction response. The substance getting decreased in a chemical response is referred to as the oxidizing agent, at the same time as a substance that is getting oxidized is referred to as the decreasing agent.

Complete answer:
Reducing agent is oxidized.
In a redox response, the decreasing agent reacts with the oxidizing agent. The decreasing agent receives oxidation via means of the oxidizing agent and therefore the decreasing agent is likewise referred to as an oxidized agent. The oxidizing agent receives decreased via means of the decreasing agent and therefore the oxidizing agent is likewise referred to as a decreased agent.
Redox reactions are oxidation-discount chemical reactions wherein the reactants go through an extra de of their oxidation states. The term ‘redox’ is a quick shape of discount-oxidation. All the redox reactions may be damaged down into one-of-a-kind processes – a discount technique and an oxidation technique.
The lack of electrons and the corresponding boom withinside the oxidation kingdom of a given reactant is referred to as oxidation. The benefit of electrons and the corresponding lower withinside the oxidation kingdom of a reactant is referred to as discount.
For example: In the response between hydrogen and fluorine, the hydrogen is oxidized while the fluorine is decreased. The response may be written as follows.
The oxidation half-response is:
The discount half-response is:
The hydrogen and fluorine ions move on to mix to shape hydrogen fluoride.

Note:
Electron-accepting species which have a tendency to go through a discount in redox reactions are referred to as oxidizing agents. An electron-donating species which tends to hand over electrons may be called a decreasing agent. These species have a tendency to go through oxidation. It may be cited that any redox response may be damaged down into half-reactions, specifically the oxidation half-response and the discount half-response.