Engineering Chemistry
November 6, 2020 2021-06-25 14:07Engineering Chemistry
Engineering Chemistry
Learn Engineering Chemistry
Engineering Chemistry is easy to score and fun to learn subject with tons of practical and real – life concepts such as treatment of water, corrosion and much more. To learn such a practical subject, a lot of high quality animations and some amazing teaching is required. Cynohub is the perfect place to learn Engineering Chemistry Online.
The following course contains all concepts from the following Units:
- Molecular structures and theories of bonding
- Water and Its Treatment
- Electrochemistry and Corrosion
- Stereochemistry, Reaction Mechanism and synthesis of Drug Molecules
- Stereoscopic Techniques and Applications
If you want to learn engineering chemistry in a simple and effective manner, Cynohub can help you. Cynohub is India’s Leading Online Learning Platform for Btech Engineering students and has over 50,000 + engineering students studying on the platform daily.
Complex concepts like Stereochemistry, treatment of water and several more are explained in a simple and effective manner. Here is one example of such videos on the platform. Have a Look. The following video is about the conditions required for NMR ( Nuclear Magnetic Resonance ) Spectroscopy.
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Learn Engineering Chemistry From The Experts
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Unit One - Molecular Structure and Theories of Bonding
- 1. Atomic Orbitals – Introduction ( Watch Free )
- 2. Atomic Orbitals – In Depth ( Watch Free )
- 3. Linear Combination of Atomic Orbitals ( Watch Free )
- 4. Molecular Orbital Theory
- 5. Bond Order
- 6. Molecular Orbital Diagram of N2
- 7. Molecular Orbital Diagram of F2
- 8. Molecular Orbital Diagram of O2
- 9. Molecular Orbitals of N, O, F
- 10 .Orbitals of Benzene
- 11. Hunds Rule
- 12. Pauli’s Principle
- 13. CFT – Crystal Field Theory
- 14. CFT of Square Planar Geometrics
- 15. CFT of Octahedral Geometrics
- 16. CFT of Tetrahedral Geometrics
- 17. Conductors, Insulators and Semi – Conductors
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Unit Two - Water And Its Treatment
- 1. Introduction to Water and Its Treatments
- 2. How to Measure Hardness of Water
- 3. Estimation of Water by Complexometric Method
- 4. Potable Water
- 5. Steps involved in Treatment of Water
- 6. Soap Formula
- 7. Boiling, Chloronization and Oxidation
- 8. Calgon Conditioning
- 9. Ion Exchange Method
- 10. Reverse Osmosis
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Unit Three - Electrochemistry and Corrosion
- 1. Electrochemical Cells – Introduction
- BONUS – Electro Chemical Cells Extended
- 2. Standard Electrode Potential
- BONUS – Standard Electrode Potential Extended
- 3. Calomel Electrode
- 4. Calomel Equation
- 5. Quinhydrone Electrode
- 6. Nernest Equation
- 7. Electrochemical Series
- 8. Primary Batteries
- 9. Secondary Batteries
- 10. Corrosion
- 11. Types of Corrosion
- 12. Galvanic Corrosion
- 13. Factors Affecting Rate of Corrosion
- 14. Cathodic Protection
- 15. Electroless Plating
- 16. EMF
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Unit Four - Stereochemistry, Reaction Mechanism and synthesis of Drug Molecules
- 1. Representation of Organic Molecules in 3D
- 2. Structural Isomerism
- 3. Enantiomers
- 4. Geometric Isomers
- 5. Optical Activity
- 6. Conformational Isomers
- 7. Types of Reactions
- 8. Substitution Reactions
- 9. Addition Reaction
- 10. Addition Reaction of Double Bond
- 11. Electrophylic Addition Reaction
- 12. Nucleophilic Addition Reaction
- 13. Anti – Markownikoff’s Rule
- 14. Elimination Reactions – Introduction
- 15. Elimination Reactions – Extended
- 16. Oxidation Reactions of Alcohols
- 17. Reduction of Carbonyl Compounds
- 18. Paracetamol
- 19. Structure of Paracetamol
- 20. Structure of Aspirin
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Unit Five - Spectroscopic Techniques and Applications
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