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Gujarat Technological University, Gujarat, Electronics and Communication engineering Semester 1, Chemistry Syllabus
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Unit - 1 General Chemistry
Unit I
General Chemistry
1.1 Introduction to Chemical Sciences
1.2 Periodic properties
1.3 Effective nuclear charge
1.4 Penetration of orbitals
1.5 Variations of s p d and f orbital energies of atoms in the periodic table
1.6 Electronic configurations
1.7 Atomic and ionic sizes
1.8 Ionization energies
1.9 Electron affinity and electronegativity
1.10 Polarizability
1.11 Oxidation states
1.12 Coordination numbers and geometries
1.13 Hard soft acids and bases
1.14 Molecular geometries and structure of an atom
1.15 Formation of molecules – Kossel – Lewis approach to chemical bonding
1.16 Lewis representations of simple molecules and ions types of bonds
1.1 Introduction to Chemical Sciences
1.2 Periodic properties
1.3 Effective nuclear charge
1.4 Penetration of orbitals
1.5 Variations of s p d and f orbital energies of atoms in the periodic table
1.6 Electronic configurations
1.7 Atomic radii and ionic sizes
1.8 Ionization energies
1.9 Electron affinity and electronegativity
1.10 Polarizability
1.11 Oxidation states
1.12 Coordination numbers and geometries
1.13 Hard soft acids and bases
1.14 Molecular geometries and Structure of an atom
1.15 Formation of molecules – Kossel – Lewis approach to chemical bonding
1.1 Lewis representations of simple molecules and ions types of bonds
Unit - 2 Water Technology
Unit II
Water Technology
2.1 Introduction
2.2 Sources of water
2.3 Impurities in water
2.4 Hardness of water
2.5 Boiler problems
2.6 Softening of waterExternal Internal treatments
2.7 Domestic water treatments
2.8 Waste water treatments
2.9 Desalination of Brackish water
2.1 Introduction
2.2 Sources of water
2.3 Impurities in water
2.4 Hardness of water
2.5 Boiler problems
2.6 Softening of waterExternal Internal treatments
2.7 Domestic water treatments
2.8 Waste water treatments
2.9 Desalination of Brackish water
Unit - 3 Metals, Alloys and Corrosion
Unit III
Metals Alloys and Corrosion
3.1 Introduction
3.2 Physical properties of Metals
3.3 Definition and purpose of alloy
3.4 Classification of alloys
3.5 Alloys Steel Cu Al Pb and its industrial applications
3.6 Introduction to corrosion
3.7 Theories of corrosion
3.8 Protective measurements against corrosion – organic and inorganic materials
3.9 Inhibitors
3.10 Cathodic protection
3.1 Introduction
3.2 Physical properties of Metals
3.3 Definition and purpose of alloy
3.4 Classification of alloys
3.5 Alloys Steel Cu Al Pb and its industrial applications
3.6 Introduction to corrosion
3.7 Theories of corrosion
3.8 Protective measurements against corrosion – organic and inorganic materials
3.9 Inhibitors
3.10 Cathodic protection
Unit - 4 Polymers and Fibers
Unit IV
Polymers and Fibers
4.1 Introduction
4.2 Classification based on source
4.3 Structure
4.4 Polymerization and its mechanism
4.5 Definition of Rubber Types of Rubber
4.6 Vulcanization of rubber
4.7 Application of Rubber
4.8 Biodegradable Polymers
4.9 Commercially important polymers – Polyethylene PP PS PVC ABS PMMA Glyptal and their uses
4.10 Types of Fibers – Natural semi synthetic synthetic fibers
4.11 Physical properties of fibers and uses of cellulose acetate
4.12 Viscose Rayon
4.13 Nylon
4.14 Polyesters acrylic
4.15 Glass fibers and Liquid Crystals
4.1 Introduction
4.2 Classification based on source
4.3 Structure
4.4 Polymerization and its mechanism
4.5 Definition of Rubber types of Rubber
4.6 Vulcanization of rubber
4.7 Application of Rubber
4.8 Biodegradable Polymers
4.9 Commercially important polymers – Polyethylene PP PS PVC ABS PMMA Glyptal and their uses
4.10 Types of Fibers – Natural semi synthetic synthetic fibers
4.11 Physical properties of fibers and uses of cellulose acetate
4.12 Viscose Rayon
4.13 Nylon
4.14 Glass fibers and Liquid Crystals
Unit - 5 Nano material
Unit V
Nano material
5.1 Introduction
5.2 Sources
5.3 Properties and application of fullerenes fullerols
5.4 Metal based nano particles
5.5 Carbon nanotubes and nanowires
5.6 Synthesis Top down and Bottom up approaches
5.7 Nanoelectronics
5.8 Applications of nanomaterial in catalysis textile and medicine
5.1 Introduction
5.2 Sources
5.3 Properties and application of fullerenes fullerols
5.4 Metal based nanoparticles
5.5 Carbon nanotubes and nanowires
5.6 Synthesis Top down and Bottom up approaches
5.7 Nano electronics
5.8 Applications of nano material in catalysis textile and medicine
Unit - 6 Fuel and Combustion
Unit VI
Fuel and Combustion
6.1 Definition
6.2 Types of fuel and their applications
6.3 Calorific Value
6.4 Characteristics of good fuel
6.5 Analysis of coal – ultimate and proximate analysis
6.6 LPG
6.7 Natural gas
6.8 Biogas
6.9 Refining of petroleum by fractional distillation
6.10 Octane and Cetane Number
6.1 Definition
6.2 Types of fuel and their applications
6.3 Calorific Value
6.4 Characteristics of good fuel
6.5 Analysis of coal – ultimate and proximate analysis
6.6 LPG
6.7 Natural gas
6.8 Biogas
6.9 Refining of petroleum by fractional distillation
6.10 Octane and Cetane Number
Unit - 7 Chemical aspect of Biotechnology
Unit VII
Chemical aspect of Biotechnology
7.1 Introduction
7.2 Scope
7.3 Importance and application
7.4 Benefits through biotechnology – Agriculture Food quality Medicines
7.5 Fermentation processes Preparation of Ethanol and Acetic acid
7.6 Enzymes and its application in industries
7.7 Importance of Biofuels
7.8 Bio fertilizers
7.9 Bio surfactants and bioreactors
7.1 Introduction
7.2 Scope
7.3 Importance and application
7.4 Benefits through biotechnology – Agriculture Food quality Medicines
7.5 Fermentation processes Preparation of Ethanol and Acetic acid
7.6 Enzymes and its application in industries
7.7 Importance of Biofuels
7.8 Bio fertilizers
7.9 Bio surfactants and bioreactors
Unit - 8 Analytical Techniques
Unit VIII
Analytical Techniques
8.1 Measurement and understanding of pH Conductance and Potential spectroscopic techniques
8.2 Principles of spectroscopy and selection rules
8.3 UV – Visible Spectroscopy and its application
8.4 Vibrational and Rotational spectroscopy IR of diatomic molecules and its applications
8.1 Measurement and understanding of pH Conductance and Potential spectroscopic techniques
8.2 Principles of spectroscopy and selection rules
8.3 UV – Visible Spectroscopy and its application
8.4 Vibrational and Rotational spectroscopy IR of diatomic molecules and its applications
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