Video Training →Teaching Chemistry For All Grades Including Ms And Phd Schol

What you'll learn
Introduction to organic chemistry and it's compounds along with derivatives
Capable of giving IUPAC naming to alkanes
Know about the nomenclature
Capable of giving IUPAC naming to organic compounds
Requirements
Student must be at least O level grade
Description
In this course we will study about chemistry, organic chemistry, organic compounds, types of organic compounds, derivative of organic compounds aromatic hydrocarbons, cyclic and polycyclic aromatic hydrocarbons.Nomenclature of Organic compounds and their derivatives.Nomenclature of derivatives of organic compounds.Nomenclature of aromatic organic compounds.chemistry,chemical symbol,einstein,arbitrary,neutron,isotope,teacher,atomic theory,property,precision,mass,teacher resources,strong force,learn,vlogbrothers,exact number,power,units,relative atomic mass,atomic number,charge,newton,lesson,general,preview,nucleus,measured number,subatomic particle,education,scientific notation,international system of units,conversion,mass numberaromatics,aromatic compounds,chemical bonds,atomic theory,organic compounds,organic chemistry,organic chemistry (field of study),alkanes,alkynes,cyclic compounds,crash course,naming compounds,alkenes,structure,chemistry (professional field),the nucleus,energy,molecule, chemistry.The purpose of the IUPAC system of nomenclature is to establish an international standard of naming compounds to facilitate communication. The goal of the system is to give each structure a unique and unambiguous name, and to correlate each name with a unique and unambiguous structure. I. Fundamental Principle IUPAC nomenclature is based on naming a molecule's longest chain of carbons connected by single bonds, whether in a continuous chain or in a ring. All deviations, either multiple bonds or atoms other than carbon and hydrogen, are indicated by prefixes or suffixes according to a specific set of priorities. II. Alkanes and Cycloalkanes Alkanes are the family of saturated hydrocarbons, that is, molecules containing carbon and hydrogen connected by single bonds only. These molecules can be in continuous chains (called linear or acyclic), or in rings (called cyclic or alicyclic). The names of alkanes and cycloalkanes are the root names of organic compounds. Beginning with the five-carbon alkane, the number of carbons in the chain is indicated by the Greek or Latin prefix. Rings are designated by the prefix "cyclo". (In the geometrical symbols for rings, each apex represents a carbon with the number of hydrogens required to fill its valence.) CH4 methane CH3[CH2]10CH3 dodecane CH3CH3 ethane CH3[CH2]11CH3 tridecane CH3CH2CH3 propane CH3[CH2]12CH3 tetradecane CH3[CH2]2CH3 butane CH3[CH2]18CH3 icosane CH3[CH2]3CH3 pentane CH3[CH2]19CH3 henicosane CH3[CH2]4CH3 hexane CH3[CH2]20CH3 docosane CH3[CH2]5CH3 heptane CH3[CH2]21CH3 tricosane CH3[CH2]6CH3 octane CH3[CH2]28CH3 triacontane CH3[CH2]7CH3 nonane CH3[CH2]29CH3 hentriacontane CH3[CH2]8CH3 decane CH3[CH2]38CH3 tetracontane CH3[CH2]9CH3 undecane CH3[CH2]48CH3 pentacontane
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Nomenclature of Organic compounds
Lecture 3 Tetravalent behaviour of Carbon
Lecture 4 Calculation of sigma and Pai bond
Lecture 5 Elements, mixture and Comp.
Chemistry students for all grades
Homepage

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