Organic Chemistry –Syllabus- one Semester Sackler faculty of
... the α -Carbon of Carbonyl Compounds, The Michael Reaction, aldol condensation, Claisen Condensation, Dieckmann condensation, Decarboxylation, The Malonic Ester Synthesis, The Acetoacetic Ester Synthesis, A Biological Aldol and Claisen condensations, Fatty acid biosynthesis. Aromatic compounds Aromat ...
... the α -Carbon of Carbonyl Compounds, The Michael Reaction, aldol condensation, Claisen Condensation, Dieckmann condensation, Decarboxylation, The Malonic Ester Synthesis, The Acetoacetic Ester Synthesis, A Biological Aldol and Claisen condensations, Fatty acid biosynthesis. Aromatic compounds Aromat ...
Aromatic Compounds
... The general concept of aromaticity can be extended to include polycyclic aromatic compounds ...
... The general concept of aromaticity can be extended to include polycyclic aromatic compounds ...
Development of New Organic Reactions by Exploiting Sulfur
... (Graduate School of Natural Science and Technology, Kanazawa Univ.) The structures of target molecules in organic synthesis are becoming more complicated, and better functional compatibility and higher selectivity are required for the efficient synthesis of complex molecules. However, these requirem ...
... (Graduate School of Natural Science and Technology, Kanazawa Univ.) The structures of target molecules in organic synthesis are becoming more complicated, and better functional compatibility and higher selectivity are required for the efficient synthesis of complex molecules. However, these requirem ...
types of organic reactions
... One product will be there in greater amounts than the other and is called the major product (the other is called the minor product). To decide which is the major product, Markovnikov’s rule is used: The hydrogen atom of the addition reagent goes to the carbon atom of the double bond, that is attache ...
... One product will be there in greater amounts than the other and is called the major product (the other is called the minor product). To decide which is the major product, Markovnikov’s rule is used: The hydrogen atom of the addition reagent goes to the carbon atom of the double bond, that is attache ...
Organic Functional Groups to know ASAP!
... *The following organic functional groups will be studied throughout the course of the year: naming, physical/chemical properties, reactions, mechanisms, & synthesis. *Your first assignment is to become familiar (memorize) the following information so that you can easily work with all material whethe ...
... *The following organic functional groups will be studied throughout the course of the year: naming, physical/chemical properties, reactions, mechanisms, & synthesis. *Your first assignment is to become familiar (memorize) the following information so that you can easily work with all material whethe ...
o-chem - WordPress.com
... examples of activating groups are –NH2, –NHR, – NHCOCH3, –OCH3, –CH3, –C2H5, etc. In the case of aryl halides, halogens are moderately deactivating. Because of their strong – I effect, overall electron density on benzene ring decreases. It makes further substitution difficult. However, due to resona ...
... examples of activating groups are –NH2, –NHR, – NHCOCH3, –OCH3, –CH3, –C2H5, etc. In the case of aryl halides, halogens are moderately deactivating. Because of their strong – I effect, overall electron density on benzene ring decreases. It makes further substitution difficult. However, due to resona ...
Rates of Hydrolysis of Some Halogeno-compounds
... substitution occurs with by —OH, —OR, —OOCCH3, —CN and —NH2 groups respectively. ...
... substitution occurs with by —OH, —OR, —OOCCH3, —CN and —NH2 groups respectively. ...
GRADE 12A: Chemistry 6
... Give students the dipole moments for a number of monosubstituted benzene rings (e.g. phenylamine, chlorobenzene) and ask them to classify these into two groups: those that are electron-withdrawing from the aromatic ring and those that are electron-releasing. Ask them to predict the effect of each gr ...
... Give students the dipole moments for a number of monosubstituted benzene rings (e.g. phenylamine, chlorobenzene) and ask them to classify these into two groups: those that are electron-withdrawing from the aromatic ring and those that are electron-releasing. Ask them to predict the effect of each gr ...
Aromatic electrophilic substitution
... 1. The reaction require a full equivalent of Lewis acid, because the ketone product of the reaction will complex the Lewis acid. 2. The actual electrophilic species is thought to be a bulky complex, such as R-C+=O -AlCl4-. As a result of the size of the electrophile, para substitution is predominat ...
... 1. The reaction require a full equivalent of Lewis acid, because the ketone product of the reaction will complex the Lewis acid. 2. The actual electrophilic species is thought to be a bulky complex, such as R-C+=O -AlCl4-. As a result of the size of the electrophile, para substitution is predominat ...
Petroleum C Notes
... Alkane - hydrocarbon with single bonds between all carbons Alkene - hydrocarbon with at least one double bond between C atoms. More reactive than alkanes because of double bond - they make better builder molecules. ...
... Alkane - hydrocarbon with single bonds between all carbons Alkene - hydrocarbon with at least one double bond between C atoms. More reactive than alkanes because of double bond - they make better builder molecules. ...
organic chemistry - Turner Fenton Secondary School
... The nomenclature of naming hydrocarbons with Halides on them remains the same as naming a hydrocarbon containing an alkyl group. However, instead of Fluorine ethane it is Fluoroethane for example. Therefore change the -ine ending to –o for each halogen. What if there are two different halogens p ...
... The nomenclature of naming hydrocarbons with Halides on them remains the same as naming a hydrocarbon containing an alkyl group. However, instead of Fluorine ethane it is Fluoroethane for example. Therefore change the -ine ending to –o for each halogen. What if there are two different halogens p ...
F324 summary - Macmillan Academy
... • Benzene, C6H6, consists of a sigma-bonded framework of carbon and hydrogen atoms. • Above and below the plane of atoms is a p-bond, which consists of a delocalised electron cloud. • The Kekule structure of benzene assumes that all the bonds are localised i.e. cannot move. However, evidence to supp ...
... • Benzene, C6H6, consists of a sigma-bonded framework of carbon and hydrogen atoms. • Above and below the plane of atoms is a p-bond, which consists of a delocalised electron cloud. • The Kekule structure of benzene assumes that all the bonds are localised i.e. cannot move. However, evidence to supp ...
