IIT JEE Chemistry 12th class portion starts from here.
Based on Book by Jauhar CBSE 12th class
Sections in the Chapter
1.1 Dual Nature of Radiation
1.2 Dual Nature of Matter - de-Broglie Equation
1.3 Heisengberg's Uncertainty Principle
1.4 Wave Mechanical Model of Atom and Concept of Atomic Orbital
1.5 Quantum Numbers
1.6 Pauli's Exclusion Principles
1.7 Orbital Wave Functions and Shapes of Orbitals
1.8 Electronic Configurations of Atoms
1.9 Chemical Bonding
1.10 REview of Valency Bond Theory
1.11 Molecular Orbital Theory
1.12 Linear Combination of Atomic Orbitals (LCAO) Method
1.13 Relative Energies of Bonding and Antibonding Molecular Orbitals
1.14 Combination of 2s and 2p Atomic Orbitals to form Molecular Orbitals
1.15 Conditions for the Combination of Atomic Orbitals
1.16 Energy Level diagram for Molecular Orbitals
1.17 Rules for Filling Molecualr Orbitals
1.18 Electronic Configurations and Molecular Behavior
1.19 Bonding in Some Diatomic Molecules
1.20 Metallic Bond
1.21 Hybridisation
1.22 Intermolecular Forces
1.23 Hydrogen Bonding
Study Plan
Day 1
1.1 Dual Nature of Radiation
Video Lectures - 1.1 Dual Nature of Radiation Class XII Chemistry
Pratice Problems 1.1 to 1.12
Day 2
1.2 Dual Nature of Matter - de-Broglie Equation
P.P. 1.13 to 1.22
Day 3
1.3 Heisengberg's Uncertainty Principle
P.P. 1.23 to 1.29
Day 4
1.4 Wave Mechanical Model of Atom and Concept of Atomic Orbital
P.P. 1.30 to 1.31
Day 5
1.5 Quantum Numbers
1.6 Pauli's Exclusion Principles
P.P. 1.32 to 1.35
Day 6
1.7 Orbital Wave Functions and Shapes of Orbitals
1.8 Electronic Configurations of Atoms
Day 7
1.9 Chemical Bonding
1.10 Review of Valency Bond Theory
1.11 Molecular Orbital Theory
1.12 Linear Combination of Atomic Orbitals (LCAO) Method
1.13 Relative Energies of Bonding and Antibonding Molecular Orbitals
Day 8
1.14 Combination of 2s and 2p Atomic Orbitals to form Molecular Orbitals
1.15 Conditions for the Combination of Atomic Orbitals
P.P. 1.36 to 1.37
1.16 Energy Level diagram for Molecular Orbitals
1.17 Rules for Filling Molecualr Orbitals
1.18 Electronic Configurations and Molecular Behavior
Day 9
1.19 Bonding in Some Diatomic Molecules
P.P. 1.38 to 1.45
Day 10
1.20 Metallic Bond
Day 11
1.21 Hybridisation
1.22 Intermolecular Forces
Day 12
1.23 Hydrogen Bonding
P.P. 1.44 to 1.47
Day 13
Additional numerical problems 1 to 20
day 14
Conceptual questions 1 to 40
Day 15
Key facts to remember
Revision exercises very short answer questions 1 to 30
Revision Period (30 minutes per day)
Day 16
Revision exercises very short answer questions 31 to 50
day 17
Revision exercises very short answer questions 51 to 65
Day 18
Revision exercises short answer questions 1 to 15
Day 19
Revision exercises short answer questions 16 to 30
Day 20
Revision exercises short answer questions 31 to 45
Day 21
Revision exercises short answer questions 46 to 60
Day 22
Revision exercises short answer questions 61 to 78
Day 23
Some useful facts for competitive examinations
Nemerical problems for competitive examinations 1 to 5
Day 24
Nemerical problems for competitive examinations 6 to 13
Day 25
Multiple choice questions 1 to 20
Day 26
Multiple choice questions 21 to 40
Day 27
Multiple choice questions 41 to 63
Day 28
Fill in the blanks 1 to 15
Day 29
True or false 15
Day 30
Matching
Concept revision
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Frankly Chemistry
Updated 31 Jan 2016, 2009
Showing posts with label Chemical bonding. Show all posts
Showing posts with label Chemical bonding. Show all posts
Sunday, January 31, 2016
Saturday, January 9, 2016
JEE Main - Core Revision Points - 6. Chemical Bonding and Molecular Structure
Importance of Core Revision Points: Core Revision Points are important because if you remember them strongly, many more points related to them will come out of your memory and help you to answer question and problems. Read them many times and make sure you remember them very strongly.
Content of the Chapter
6.1 Causes of Chemical Combination
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
6.1 Causes of Chemical Combination
Except for noble gases, no other element exists as independent atom in ordinary conditions. Most of these atoms exist as molecules.
The attractive force which holds together the constituent particles (atoms, ions, or molecules) in a chemical species is known as chemical bond.
The tendency of elements to combine with one another is directly related to valency or valence of the element. Valency depends on the electronic configuration. W. Kossel and G.N.Lewis made important contributions in the development of theories of chemical bonding.
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Updated 9 Jan 2016, 21 May 2015
Content of the Chapter
6.1 Causes of Chemical Combination
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
6.1 Causes of Chemical Combination
Except for noble gases, no other element exists as independent atom in ordinary conditions. Most of these atoms exist as molecules.
The attractive force which holds together the constituent particles (atoms, ions, or molecules) in a chemical species is known as chemical bond.
The tendency of elements to combine with one another is directly related to valency or valence of the element. Valency depends on the electronic configuration. W. Kossel and G.N.Lewis made important contributions in the development of theories of chemical bonding.
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Updated 9 Jan 2016, 21 May 2015
Wednesday, March 11, 2009
IIT JEE - Study Guide - 6. Chemical Bonding and Molecular Structure
Content of the Chapter
6.1 Causes of Chemical Combination
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Conceptual Questions with Answers: 18
Additional Numerical Problems for Practice:
Revision Exercises
Very Short Answer questions: 25
Short Answer Questions: 66
Long Answer Questions: 10
Competition File
Numerical Problems
Objective Questions: 51
Fill in the blanks: 10
True or False: 10
Study Plan
Study 18 days, Revision: 11 days
Day 1
6.1 Causes of Chemical Combination
6.2 Lewis symbols
Ex. 6.1
6.3 Octet Rule and Modes of Chemical Combination
Day 2
6.4 Ionic or Electrovalent Bond
Ex. 6.2
Practice Problems 6.1 to 6.2
Day 3
6.5 Covalent Bond
Day 4
6.6 General Properties of Covalent Bond
Ex. 6.3
P.P 6.3 to 6.8
Day 5
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
Day 6
6.10 Born-Haber Cycle for Lattice Enthalpies
Ex. 6.3 to 6.6
Day 7
P.P. 6.9 to 6.11
6.11 General Properties of Ionic Bonds
Day 8
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
Day 9
6.13 contd. Or revision
P.P. 6.12 to 6.14
Day 10
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
Day 11
6.14 contd. Or Revision
P.P. 6.15 to 6.18
Day 12
6.15 Valence Bond Approach of Covalent Bond
Day 13
6.16 Bonding Parameters
Day 14
6.17 Resonance
Day 15
6.18 Directional Properties of Covalent Bonds
Day 16
6.18 contd.
Day 17
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Day 18
Conceptual Questions with Answers: 1 to 18
Revision Begins
Day 19
Revision Exercises: Very Short Answer questions: 1to 15
Day 20
Revision Exercises: Very Short Answer questions: 15to 25
Day 21
Revision Exercises Short Answer Questions: 1 to 15
Day 22
Revision Exercises Short Answer Questions: 16 to 30
Day 23
Revision Exercises Short Answer Questions: 31 to 45
Day 24
Revision Exercises Short Answer Questions: 46 to 66
Day 25
Competition File: Objective Questions: 1 to 20
Day 26
Competition File: Objective Questions: 21 to 35
Day 27
Competition File: Objective Questions: 36 to 51
Day 28
Fill in the blanks: 10
Day 29
True or False: 10
6.1 Causes of Chemical Combination
6.2 Lewis symbols
6.3 Octet Rule and Modes of Chemical Combination
6.4 Ionic or Electrovalent Bond
6.5 Covalent Bond
6.6 General Properties of Covalent Bond
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
6.10 Born-Haber Cycle for Lattice Enthalpies
6.11 General Properties of Ionic Bonds
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
6.15 Valence Bond Approach of Covalent Bond
6.16 Bonding Parameters
6.17 Resonance
6.18 Directional Properties of Covalent Bonds
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Conceptual Questions with Answers: 18
Additional Numerical Problems for Practice:
Revision Exercises
Very Short Answer questions: 25
Short Answer Questions: 66
Long Answer Questions: 10
Competition File
Numerical Problems
Objective Questions: 51
Fill in the blanks: 10
True or False: 10
Study Plan
Study 18 days, Revision: 11 days
Day 1
6.1 Causes of Chemical Combination
6.2 Lewis symbols
Ex. 6.1
6.3 Octet Rule and Modes of Chemical Combination
Day 2
6.4 Ionic or Electrovalent Bond
Ex. 6.2
Practice Problems 6.1 to 6.2
Day 3
6.5 Covalent Bond
Day 4
6.6 General Properties of Covalent Bond
Ex. 6.3
P.P 6.3 to 6.8
Day 5
6.7 Coordinate Covalent Bond
6.8 Formation of Ionic Bond
6.9 Lattice Enthalpy of Ionic Crystals
Day 6
6.10 Born-Haber Cycle for Lattice Enthalpies
Ex. 6.3 to 6.6
Day 7
P.P. 6.9 to 6.11
6.11 General Properties of Ionic Bonds
Day 8
6.12 Geometry of Shapes of Molecules
6.13 Valence Shell Electron Pair Repulsion (VSEPR) Theory
Day 9
6.13 contd. Or revision
P.P. 6.12 to 6.14
Day 10
6.14 Electronegativity – Polar and Non-Polar Character of Covalent Bonds
Day 11
6.14 contd. Or Revision
P.P. 6.15 to 6.18
Day 12
6.15 Valence Bond Approach of Covalent Bond
Day 13
6.16 Bonding Parameters
Day 14
6.17 Resonance
Day 15
6.18 Directional Properties of Covalent Bonds
Day 16
6.18 contd.
Day 17
6.19 Metallic Bonding
6.20 Hydrogen Bonding
Day 18
Conceptual Questions with Answers: 1 to 18
Revision Begins
Day 19
Revision Exercises: Very Short Answer questions: 1to 15
Day 20
Revision Exercises: Very Short Answer questions: 15to 25
Day 21
Revision Exercises Short Answer Questions: 1 to 15
Day 22
Revision Exercises Short Answer Questions: 16 to 30
Day 23
Revision Exercises Short Answer Questions: 31 to 45
Day 24
Revision Exercises Short Answer Questions: 46 to 66
Day 25
Competition File: Objective Questions: 1 to 20
Day 26
Competition File: Objective Questions: 21 to 35
Day 27
Competition File: Objective Questions: 36 to 51
Day 28
Fill in the blanks: 10
Day 29
True or False: 10
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