ORGANIC CHEMISTRY I

Back

Learning Outcomes

Be able to define alkanes.
Define alkanes and explain their physical properties.
Names the alkanes
Describe the reactions involved in the production of alkanes.
Describe the reactions involving alkanes.
Be able to define alkenes.
Define alkenes and explain their physical properties.
Name the alkenes.
Describe the reactions involved in the preparation of alkenes.
Describe the reactions involving alkenes.
Define the concepts of nucleophile and electrophile and compare them with each other.
Describe the reactions of conjugated dienes.
Distinguish elimination reactions by their mechanisms.
Define inductive effect.
Define Geometric Isomerism.
Define geometric isomerism.
Name the geometric isomer compounds.
Distinguish geometric isomers.
Define alkynes.
Define alkynes and explain their physical properties.
Name the alkynes.
Describe the reactions related to the preparation of alkynes.
Describe the reactions involving alkynes.
Define Alkyl Halides.
Define alkyl halides and explain their physical properties.
Name the alkyl halides.
Describe the reactions involved in the preparation of alkyl halides.
Describe the reactions involving alkyl halides.
Distinguish nucleophilic substitution reactions by their mechanisms.
Detects competitive reactions in alkyl halides.
Be able to define alcohols.
Define alcohols and explain their physical properties.
Describe the reactions involved in the production of alcohols.
Describe the reactions involving alcohols.
Be able to define ethers.
Define ethers and explain their physical properties.
Names the ethers.
Describe the reactions related to the production of ethers.
Describe the reactions involving ethers.
Define thioethers.
Define thioethers and explain their physical properties.
Name the thioethers.
Describe the reactions involved in the preparation of thioethers.
Describe the reactions involving thioethers.
Be able to define mercaptans.
Define mercaptans and explain their physical properties.
Name the mercaptans.
Describe the reactions involved in the production of mercaptans.
Describe the reactions associated with mercaptans.
Be able to define aromaticity.
Explain the rules of aromaticity.
Defines conjugation.
Explain the principle of mesomerism.
Distinguish between aromatic and non-aromatic compounds.
Give examples and names of aromatic compounds.
It shows the aromaticity of fused ring conjugated polyene systems.
Be able to define arenes.
Define benzene and its derivatives.
Name benzene and its derivatives.
Explain aromatic substitution reactions.
Explain hyperconjugation.
Describe nitration reactions.
Describe the sulfonation reactions.
Describe aromatic halogenation reactions.
Describe the Friedel-Crafts reactions.
It shows substitution in disubstituted benzene derivatives.
Demonstrates aromatic nucleophilic substitution reactions.
Define Phenols and Polyphenols.
Define phenols and explain their physical properties.
Name the phenols.
Describe the reactions related to the production of phenols.
Describe the reactions involving phenols.
Explains the properties of polyphenols.
Name the polyphenols.
Be able to define aldehydes.
Define aldehydes and explain their physical properties.
Name the aldehydes.
Describe the reactions related to the production of aldehydes.
Describe the reactions involving aldehydes.
Be able to define ketones.
Define ketones and explain their physical properties.
Names ketones.
Describe the reactions related to the production of ketones.
Describe the reactions involving ketones.
Define Carboxylic Acids.
Define carboxylic acids and explain their physical properties.
Name the carboxylic acids.
Describe the reactions involved in the production of carboxylic acids.
Describe the reactions involving carboxylic acids.
Name the polycarboxylic acids.
Be able to define esters.
Define esters and explain their physical properties.
Names the esters.
Describe the reactions related to the production of esters.
Describe the reactions involving esters.
Define Acid Halides.
Define acid halides and explain their physical properties.
Name the acid halides.
Describe the reactions involved in the production of acid halides.
Describe the reactions involving acid halides.
Define Acid Anhydrides.
Define acid anhydrides and explain their physical properties.
Name the acid anhydrides.
Describe the reactions involved in the preparation of acid anhydrides.
Describe the reactions involving acid anhydrides.
Define nitriles and isonitriles.
Define nitriles and isonitriles and explain their physical properties.
Name nitriles and isonitriles.
Describe the reactions involved in the production of nitriles and isonitriles.
Describe the reactions involving nitriles and isonitriles.
Distinguish between nitrile and isonitrile.
Be able to define amines.
Define amines and explain their physical properties.
Names amines.
Describe the reactions related to the production of amines.
Describe the reactions involving amines.
Recognize urea and thiourea.
Define Amides.
Define amides and explain their physical properties.
Name the amides.
Describe the reactions involved in the preparation of amides.
Describe the reactions involving amides.
Be able to define imides.
Define imides and explain their physical properties.
Names the imids.
Describe the reactions related to the production of imides.
Describe the reactions involving imides.
Define Carbohydrates and Polymers.
Define polymers and explain their physical properties.
Names the polymers.
Describe the reactions involved in the production of polymers.
Distinguish between polyethylene, polyester, polyamide and polyurethane.