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First Year (F.E)
- FE SEM 1
- FE SEM 2
Jun’23 month certification
FAQ – Jun’23 Month Certification Drive
Registration Certification link
My Account
Log In
Contact

FE SEM 1 – ENGINEERING CHEMISTRY I

Course Content

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Module 1 – Atomic And Molecular Structure 8 Topics

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Lesson Content

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1.1 Atomic orbitals (s,p,d,f) orbital shapes

1.2 Electronic Configuration

1.3 Molecular orbital theory (MOT)

1.4 Bonding and anti-bonding orbitals

1.5 Molecular orbital diagrams of Homonuclear and Heteronuclear diatomic molecules-Be2, O2, CO, NO their bond order and magnetic properties

1.6 Be2 their bond order and magnetic properties

1.7 O2 their bond order and magnetic properties

1.8 CO, NO their bond order and magnetic properties

Module 2 – Aromatic Systems And Their Molecular Structure 3 Topics

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Lesson Content

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2.1 Define Aromaticity

2.2 Huckel’s rule

2.3 Structure and bonding of benzene and pyrrole

Module 3 – Intermolecular Forces And Critical Phenomena 4 Topics

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3.2 Dipolar interactions

3.3 Vander Waal’s interactions

3.4 Equations of state of real gases and critical phenomena

Module 4 – Phase Rule-Gibb’s Phase Rule 7 Topics

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Lesson Content

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4.1 Statement of Gibbs’ Phase Rule

4.2 Terms involved with examples

4.3 One Component System (Water)

4.4 Reduced Phase Rule

4.5 Two Component System (Pb- Ag)

4.6 Advantages and Limitations of Phase Rule

4.7 Numerical problems on Phase Rule

Module 5 – Polymers 18 Topics

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Lesson Content

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5.1 Introduction

5.2.1 Definition- Polymer

5.2.2 Definition- polymerization

5.3.1 Properties of Polymers- Molecular weight (Number average)

5.3.3 Properties of Polymers- Numerical problems on Molecular weight

5.3.4 Properties of Polymers- Effect of heat on polymers

5.3.5 Properties of Polymers- Glass transition temperature

5.3.6 Properties of Polymer- Viscoelasticity

5.3.7 Properties of Polymers- Conducting polymers

5.4 Classification- Thermoplastic and Thermosetting polymers

5.5 Compounding of plastic

5.6 Fabrication of plastic by- Compression moulding

5.7 Injection moulding

5.8 Transfer moulding

5.9 Extrusion moulding

5.10.1 Preparation and uses of PMMA

5.10.2 Properties of PMMA

5.11 Preparation, properties and uses of Kevlar

Module 6 – Water 19 Topics

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Lesson Content

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6.1 Introduction

6.2 Impurities in water

6.3 Hardness of water- Units (no conversions)

6.4 units (no conversions)

6.6 Determination of hardness of water by EDTA method

6.7 Numerical problems

6.8 Softening of water by Ion Exchange process

6.9 Numerical problems

6.10.1 BOD- Definition

6.10.2 BOD- Significance

6.10.3 BOD- Numerical problems

6.11.1 COD- Definition

6.11.2 COD- Significance

6.11.3 COD- Numerical problems

6.12 Water purification

6.12.1 Membrane technology

6.12.2 Electrodialysis

6.12.3 Reverse osmosis

6.12.4 Ultra filtration

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