Specify the number of possible isomers of trinitrophenol. Write the name of one of these isomers. Abbreviate ortho (o), meta (m) and para (p), no italics, if you elect to use these terms.

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Answer:

Trinitrophenol has six possible isomers. In the attached file are the six isomers for this compound. One of these isomers is 3-nitrophenol (o-O2NC6H4OH)

Explanation:

In the case of a nitro group, the inductive effect should be expected to decrease with distance, when it goes from o- to m- and to p-nitrophenol. It is expected that o- and p-nitrophenol must be more acidic than the m- isomer. adding new NO2 groups will increase acidity much more, therefore 2,4,6-trinitrophenol is a very strong acid

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Isomerism occurs because many substances have the same chemical formula but different composition structures. These chemical compounds have the same chemical formula yet vary in characteristics and atom arrangement in the molecule.

  • There are six potential isomers of trinitrophenol. All six isomers of this chemical can be found in the attached file.
  • Three-nitrophenol is another one of those isomers (o-O2NC6H4OH).
  • It's also known as Picric acid, commonly known as 2,4,6-trinitrophenol.
  • It is a pale yellow, odorless crystalline substance that has been used as a military explosion, a yellow dye, and an antibiotic.

Please find the attached file of the isomers.

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