Software Engineer || Passionate Teacher || IIITian || All queries ll be answered

Kanishk Agrawal

This course is based on concepts of chemical bonding which is most targeted by IIT JEE in previous year. It is highly scoring and lays the foundation of inorganic chemistry to follow. All the concepts in depth with examples and previous year questions will be solved. Must watch to concrete your success in JEE.

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

English

In Depth Study of Chemical Bonding

JEE (Joint Entrance Examination) Preparation

Chemistry

Chemical Bonding

Inorganic Chemistry

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This lesson discuss about the course description. It is divided into 23 lessons each being around 10 minutes in duration. We discuss target audience, objective and names of the lessons to follow.

Overview

This lesson discusses the basics of a chemical bonding. All the types with their explanation in detail have been thrown light upon. Examples have been taken to make things more clear.

Introduction to Bonding and its Types

Three important concepts have been discussed in this lesson. We ll Learn Lewis Theory, Octet Rule & Formal Charge. It would be helpful in understanding of covalent bonds and the formation of their structure.

Lewis Theory, Octet Rule and Formal Charge

Super Important Lesson. Here , we discuss Valence Shell Electron Pair Repulsion Theory ( VSEPR THEORY ) in detail. All the postulate ms with applications in finding geometry have been discussed.

Valence Shell Electron Pair Repulsion Theory ( VSEPR THEORY )

Continuing from the last lesson, we solve and find geometries of 15 compounds. Very important lesson to practice and implement Valence Shell Electron Pair Repulsion Theory ( VSEPR THEORY )

Predicting Shapes Using VSEPR Theory

Here we ll discuss Valence Bond Theory ( VBT ) and also take a leap forward for the Introduction to Hybridisation & Overlapping of Atomic Orbitals. We ll discuss the types of interference for the overlapping of orbitals.

VBT: Introduction to Hybridisation and Overlapping of Atomic Orbitals

Super Important lesson. We ll introduce Bent's Rule. All the rules have been discussed with proper examplea. It's application in TBP Structure ms is mainly focused at the end.

Bent's Rule: Application in Trigonal BiPyramidal Structure

Continuing the previous lesson , we Overview Bent's rule again and discuss it's application in Pentagonal Bi Pyramidal structures.

Bent's Rule: Application in Pentagonal Bipyramidal Structure

Last part of Bent's rule is covered inthis lesson. We ll learn how to figure out Bond Order, Bond Length & Angle by Bent's Rule.

Bond Order, Bond Length and Angle by Bent's Rule

In this lesson we ll learn the concepts of Back Bonding in depth. We ll see snd understand the structure of BF3 as well.

Back Bonding

Here we discuss Bridge Bonding. It is also called as Multi centered - Multi electron bond. Also the structure of diborane has been discussed towards the end.

Bridge/Banana Bonding: Structure of Diborane

Here we ll discuss all six types of silicates. Learning with tricks would make it easier to understand and memorable.

Learn All About Silicates

In this lesson of Bonding in Odd Electron Species & Drago's Rule we ll  discuss some unconventional bond formation with odd e- species. Also drago's rule would further help in bond angle calculations.

Bonding in Odd Electron Species and Drago's Rule

Very important lesson. We ll see how the bond angle varies on altering various parameters.

Factors Affecting Bond Angle

Here Important structure ms are discussed which are essential and important for IIT JEE.

Important Structures Part 1: Silica, Borax

( Part 2 ) Here Important structure ms are discussed which are essential and important for IIT JEE.

Important Structures Part 2: Inorganic Benzene, Inorganic Graphite

We discuss the Molecular Orbital Theory and how to draw energy level diagrams for them. Various examples have been taken for better clarity.

Energy Level Diagrams for Molecular Orbitals (MOT)

( Part two ) We ll learn how yo calculate  Bond Order, Length & Energy by using Molecular Orbital Theory ( MOT ). Also a very interesting example is also discussed.

Molecular Orbital Theory (MOT): Bond Order, Length and Energy

Here we learn Fajan's rule and it's application in detail. Also , examples to determine relative covalent n ionic character are discussed.

Fajan's Rule

Following Fajan's rule, we discuss solubility of ionic conpounds. Examples have been taken for better understanding.

Solubility of Ionic Compounds

Following Fajan's rule, we discuss thermal stability of ionic conpounds. Examples have been taken for better understanding.

Thermal Stability of Ionic Compounds

Here we discuss rhe weak forces. All the three dipole dipole, induced dipole, instantaneous - induced dipole is discussed in this leason.

Vanderwaal Forces

We ll learn about hydrogen Bonding and it's types in this leason comprehensively. Interesting facts are discussed

Interesting Facts about Hydrogen Bonding

Current JEE trend and pattern analysis is the objective of this lesson. Books to follow and important and scoring topics have been discussed.

Chemical Bonding: JEE Trend and Pattern Analysis

◇Inorganic Chemistry Expert
◇Mentor of 100 percentilers and many iitians and nitian
◇15+ year experienced 

Piyush Maheshwari

In this course, the educator discusses very useful topics covering all chapters of which are present in NCERT for both JEE and NEET aspirants.

(Hindi) Application of H-bonding and vanderwaal's forces: IIT JEE

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

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

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

Mritunjay Pandya

This course explains How atoms combine to form molecules, what are the forces responsible for the attraction of atoms and details about different theories like VSEPR, VBT, MOT etc.

(Hindi) Chemical Bonding for CBSE/JEE/NEET

Molecular Orbital Theory and Hydrogen bonding

(Hindi)(Part 3)- Chemical Bonding CBSE

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

Lessons

24 lessons • 3h 17m

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Overview

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Introduction to Bonding and its Types

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Lewis Theory, Octet Rule and Formal Charge

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Valence Shell Electron Pair Repulsion Theory ( VSEPR THEORY )

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Predicting Shapes Using VSEPR Theory

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VBT: Introduction to Hybridisation and Overlapping of Atomic Orbitals

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Bent's Rule: Application in Trigonal BiPyramidal Structure

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Bent's Rule: Application in Pentagonal Bipyramidal Structure

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Bond Order, Bond Length and Angle by Bent's Rule

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Back Bonding

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