(N.K.D.Sir) is a
Complete Chemistry faculty for IIT~JEE, and NEET examination.
with more then 11 year  of Teaching  experience in various 

Niranjay Kumar Dwivedi

In this course we will learn about complete concept and tricks of chemical bonding for IIT-JEE Students

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

Hindi

(Hindi) Chemical Bonding for IIT-JEE

Chemical Bonding

Inorganic Chemistry

Chemistry

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

In this lesson we will learn about basic concept of chemical bonding and electronic theory , types bond etc.

Introduction of Course and Chemical Bonding (in Hindi)

In this lesson we will learn about the basic conditions for the formation of ionic bonds and concept of ionic bonds for IIT-JEE  Students.

Concept of Ionic Bond (in Hindi)

In this lesson we will learn about the concept of lattice energy and properties of ionic compound's for IIT-JEE students

Concept of Ionic Bond -2 (in Hindi)

In this lesson we will learn about the thermodynamic concept for ionic molecule that is born haber cycle for IIT-JEE students

Thermodynamic Concept of Ionic Bond -Born Haber Cycle (in Hindi)

In this lesson we will learn about the concept of covalent character in ionic molecules on the basis of fajans rule for IIT-JEE students

Covalent Character in Ionic Molecules (in Hindi)

In this lesson we will learn about basic condition for covalent bond formations and examples of covalent molecules and its properties

Concept of Covalent Bonds (In Hindi)

In this lesson we will learn about how to draw lewis dot structure of covalent bonded molecules.

Lewis Dot Structure of Covalent Molecules (In Hindi)

In this lesson we will learn about basic concept of polar and non polar bond and polarity or ionic character in covalent molecules  concept of dipole moment introductory concept.

Polarity in Covalent Molecules (In Hindi)

In this lesson we will learn about basic the concept of dipole moment for IIT-JEE students

Dipole moment (In Hindi)

In this lesson we will learn about some basic concept of valence bond theory for IIT-JEE students

Orbital Concept of Chemical Covalency(In Hindi)

In this lesson we will learn about the general concept of so and sp2 Hybridization for IIT-JEE students

Concept of Hybridization-1(In Hindi)

In this lesson we will learn about the complete concept of sp3 ,dsp2 and sp3d hybridization with suitable examples.

Concept of Hybridization-2 (In Hindi)

In this lesson we will learn about sp3d2 , sp3d3 hybridization and valance Shell electron pair repulsion theory.

Concept of Hybridization-3 &VSEPR Theory (In Hindi)

In this lesson we will learn about basic concept of VSEPR theory and its application with suitable examples for IIT-JEE students

VSEPR Theory and Geometry of Molecules (In Hindi)

In this lesson we will learn about short cut trick to calculate Hybridization for IIT-JEE students

Tricks for Hybridization (In Hindi)

In this lesson we will learn about short cut trick to determine shape and Geometry of the molecules for IIT-JEE students

Tricks for Shape & Geometry (In Hindi)

In this lesson we will learn about bond angle determination on the basis of VSEPR theory and Hybridization for IIT-JEE students

Bond angle determination (In Hindi)

In this lesson we will learn about bond parameters on the basis of hybridization and VSEPR theory for IIT-JEE students

Bond Parameters (In Hindi)

In this lesson we will learn about basic concept of molecular orbital theory for IIT-JEE students

Molecular Orbital Theory (In Hindi)

In this lesson we will learn about basic concept of  LCAO principle and simplest  case of of Molecular orbital theory for homonuclear diatomic molecule for IIT-JEE students

Concept of MOT and LCAO (In Hindi)

In this lesson we will learn about filling of electrons in BMO and ABMO for He2, He2+, Be2, B2 molecules etc.

Bond Order ( In Hindi)

In this lesson we will learn about molecular orbital concept for heteroatomic diatomic molecule for IIT-JEE students

Application of Molecular Orbital Theory (In Hindi)

In this lesson we will learn about basic concept of coordinate bond and its Characteristic for IIT-JEE students

Concept of Coordinate Bond(In Hindi)

In this lesson we will learn about basic concept of Hydrogen Bonding for IIT-JEE students

Hydrogen Bond(In Hindi)

In this lesson we will learn about basic concept of intermolecular force of interaction for IIT-JEE students

Weak Forces (In Hindi)

In this lesson we will learn about some important problems of chemical bonding for IIT-JEE students

Important Problems (In Hindi)

In this lesson we will learn about some common concept of Chemical Bonding I.e. odd electron molecule's and singlet linkage bonds for IIT-JEE students

Singlet Linkage & Odd Electron Bond(In Hindi)

In this lesson we will learn about some important problems based on the concept of Chemical Bonding for IIT-JEE students

Important Expected Problems(In Hindi)

In this lesson we will learn about basic conditions for resonating structure for IIT-JEE students

Concept of Resonance-1(In Hindi)

In this lesson we will learn about supporting points to draw the resonating structure for IIT-JEE students

Concept of Resonance-2(In Hindi)

In this lesson we will learn about some important examples of  resonating structure for IIT-JEE students

Concept of Resonance-3(In Hindi)

-Listed As No.1 Chemistry Teacher On Youtube by Google
-YouTube 300K+ Subscriber 
-Founder Gravity Circle
-Use Code MP20 For Discounts

Mritunjay Pandya

Molecular Orbital Theory and Hydrogen bonding

(Hindi)(Part 3)- Chemical Bonding CBSE

Bharat Panchal

bond
ionic bond
covalent bond
Properties of ioninc and covalent bond
vsepr theory
lewis concept
hydrogen bond
Molecular orbital Theory
sigma and pie bond

(Hindi) Chemical Bonding And Molecular Structure

chemistry educator || M.Sc.-Chemistry , B.ed || 9 years teaching experince || referral code- "VISHWAUP10"|| Youtuber || JEE NEET 

Vishwa Vivek Sharma

The topics discussed here are Types of bond ,Characteristics of Bonds, valence Bond Theory, Vsepr theory, Hydrogen bond, Dipole moment, Molecular Orbital Theory

(Hindi) Chemical Bonding- IIT JEE

Continued course of Chemical Bonding and molecular structures. In this topic we will discuss several rules like FAJAN'S RULE and several theories like VSEPR,  VBT,  mot etc.

(Hindi) (Part 2) Chemical Bonding and Molecular Structure

Chemistry Educator || Famous for Inorganic Tricks || Referral code: anirudhw28 

Anirudh Walia

This Chemical Bonding course covers a major portion of inorganic chemistry for JEE / NEET aspirants. This course has been designed in a such a way so that each and every student can learn concepts in a lucid manner. Chapter starts with Why and How chemical Bond are formed?  Types of chemical Bond, Lewis dot structure, concept of formal charge, resonance, Bond order, Bond length, VBT, hybridisation, VSEPR theory, MOT, trick to find Bond order, bond energy, hydrogen bonding. And at last we will do few practice set on Chemical bonding to strengthen the concept.

(Hindi) Chemical Bonding (Unit 4): JEE Main & NEET

In this course we will learn about the salt analysis and radical testing. Very important for exam and practical chemistry.

Lessons

31 lessons • 6h 14m

Invalid Date

NaN

Introduction of Course and Chemical Bonding (in Hindi)

Invalid Date

NaN

Concept of Ionic Bond (in Hindi)

Invalid Date

NaN

Concept of Ionic Bond -2 (in Hindi)

Invalid Date

NaN

Thermodynamic Concept of Ionic Bond -Born Haber Cycle (in Hindi)

Invalid Date

NaN

Covalent Character in Ionic Molecules (in Hindi)

Invalid Date

NaN

Concept of Covalent Bonds (In Hindi)

Invalid Date

NaN

Lewis Dot Structure of Covalent Molecules (In Hindi)

Invalid Date

NaN

Polarity in Covalent Molecules (In Hindi)

Invalid Date

NaN

Dipole moment (In Hindi)

Invalid Date

NaN

Orbital Concept of Chemical Covalency(In Hindi)

+ See all lessons