organic chemistry

Details: German Fernandez; organic chemistry; Views: 589927

berzelius

The term "organic chemistry" was introduced in 1807 by Jöns Jacob Berzelius, to study compounds derived from natural resources. It was believed that compounds related to life possessed a "vital force" that made them different from inorganic compounds, in addition to being he considered impossible the preparation in the laboratory of an organic compound, which had been achieved with inorganic compounds.

Details: German Fernandez; organic chemistry; Viewed: 910834

serotonin

Organic chemistry is the scientific discipline that studies the structure, properties, synthesis and reactivity of chemical compounds formed mainly by carbon and hydrogen, which may contain other elements, generally in small amounts such as oxygen, sulfur, nitrogen, halogens, phosphorus, silicon. .

Details: German Fernandez; organic chemistry; Views: 279269

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Details: German Fernandez; organic chemistry; Views: 165464

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Details: German Fernandez; organic chemistry; Views: 60532

organic I	organic II	Advanced Organic	heterocycles	Determination
Alkanes Theory Alkanes Nomenclature Bicycle Nomenclature Alkanes problems	Carboxylic Acids Theory Acid nomenclature	Amino Acid Theory	Heterocycles Nomenclature	Molecular formulas
Cycloalkanes Theory Cycloalkanes nomenclature	Anhydride Theory Anhydrides Nomenclature	Organic synthesis		UV spectroscopy
Stereochemistry Theory RS issues Stereoisomeric problems	Theory Acid Halides Halide nomenclature			Infrared
Theory Y _N 2 Problems Y _N 2	Esters Theory Esters Nomenclature Esters Problems			¹ H NMR
Theory Y _N 1	Nitriles Theory Nitriles nomenclature			NMR- ¹³ C
Alkenes Theory Alkenes Nomenclature Alkene problems	Amide Theory Amides nomenclature			Masses
Theory Reactions Alkenes Summary of Reactions Problems R. Alkenes	Amines Theory Amines Nomenclature
Alkyne theory Alkyne nomenclature Alkyne problems
Allylic Systems Theory	Difunctional Theory
Diels–Alder theory
Ethers Theory Ethers Nomenclature
Theory Alcohols Alcohol Nomenclature
Carbonyls Theory Carbonyls Nomenclature Carbonyl Problems
Enolates and Enols Theory Enolate and Enol Problems
Benzene Theory Benzene Nomenclature

Details: German Fernandez; organic chemistry; Views: 2384

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Details: German Fernandez; organic chemistry; Views: 253284

organic ii

In this section you can find theory and problems on the following topics:

Carboxylic acids, acid halides, anhydrides, esters, amides, nitriles, difunctional compounds, amines, phosphorus, silicon and sulfur compounds, stereochemistry II

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Details: German Fernandez; organic chemistry; Views: 279466

organic i

The Organic Chemistry I section covers the following topics:

Alkanes, cycloalkanes, radical halogenation reactions, stereochemistry, Alkenes, alkene reactions, alkynes, allylic systems, Diels Alder reaction, alcohols, ethers, aldehydes and ketones, reactions that proceed through enols and enolates, benzene.

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Details: German Fernandez; organic chemistry; Views: 255252

oxazolidone

In this section the following advanced organic topics are studied:

1. Natural products
2. Reaction mechanisms
3. Substitution and elimination reactions
4. Organic synthesis.
5. Oxidation reduction reactions

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Details: German Fernandez; organic chemistry; Views: 234246

nmr

This section covers the following topics on determining organic structures:

1. Determination of organic compounds
2. Visible-ultraviolet spectroscopy
3. Infrared spectroscopy
4. NMR spectroscopy
5. Mass spectrometry.

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Details: German Fernandez; organic chemistry; Views: 542400

Cuban

The synthesis of compounds is one of the most important parts of organic chemistry. The first organic synthesis dates back to 1828, when Friedrich Wöhler obtained urea from ammonium cyanate. Since then more than 10 million organic compounds have been synthesized from simpler compounds, both organic and inorganic.

Access the Organic Synthesis section created and maintained by Professor Wilbert Rivera Muñoz