Answer:
Explanation:
Metallocenes are cyclic organometallic compounds with a double pentadienyl structure consisting of a metal atom in between the two structures. In ferrocene, Fe is the metal in between the two pentadienyl structures.
Nitration reaction is the reaction of nitric acid in the presence of sulphuric acid. When metallocenes, (e.g. ferrocene) are being treated with this stong oxidizing agent (nitric acid), oxidation of organometallic compound takes place. When this oxidation occurs, it oxidizes the oxidation state of the Fe metal from +2 to +3 in ferrocene, and it becomes unstable. Then, as a result, the whole metallocene structure gets destroyed.
Metallocenes are cyclic organometallic compounds that have a double Penta dienyl structure with a metal atom in the middle.
The nitration process occurs when nitric acid reacts with sulphuric acid. The oxidation of organometallic compounds occurs when metallocenes are handled with this powerful oxidizing agent.
If this oxidation happens, it changes the oxidation state of the Fe metal in ferrocene from +2 to +3, making it unstable. As a result, the metallocene structure as a whole is destroyed.
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