Experiment 1: 

Coal Analysis

Introduction

Coal analysis is a crucial process in determining the quality and characteristics of coal. This experiment simulates the proximate and ultimate analysis of coal.

Procedure

1. Proximate Analysis: Determine the moisture content, volatile matter, and fixed carbon of coal.

2. Ultimate Analysis: Determine the elemental composition of coal, including carbon, hydrogen, nitrogen, sulfur, and oxygen.

3. Data Analysis: Calculate and visualize the results.

 Learning Outcomes

1. Understand the importance of coal analysis.

2. Learn to determine the proximate and ultimate analysis of coal.

3. Analyze and interpret the results. 

Experiment 2 : 

Preparation of Resin 

 Introduction

Resins are versatile materials used in various applications, including adhesives, coatings, and composites. This experiment simulates the process of preparing a resin.

 Procedure

1. Monomer Selection: Select suitable monomers for resin production.

2. Polymerization: Polymerize the monomers to form the resin.

3. Curing: Cure the resin to achieve the desired properties.

4. Data Analysis: Calculate the yield and analyze the results.

 Learning Outcomes

1. Understand the process of preparing a resin.

2. Learn to optimize the reaction conditions and curing process.

3. Analyze and interpret the results.

Experiment 3 : 

synthesis of polyaniline

Introduction

Polyaniline is a conducting polymer with various applications. This experiment simulates the chemical synthesis of polyaniline.

 Procedure

1. Monomer Preparation: Prepare the aniline monomer.

2. Polymerization: Polymerize the aniline monomer.

3. Data Analysis: Calculate the yield and analyze the results.

Learning Outcomes

1. Understand the process of synthesizing polyaniline.

2. Learn to optimize the reaction conditions.

3. Analyze and interpret the results. 

Experiments 4 & 5 : 

titration 

Introduction

Titration is a laboratory technique used to determine the concentration of a substance. This experiment simulates an acid-base titration.

Procedure

1. Solution Preparation: Prepare the acid and base solutions.

2. Titration: Perform the titration experiment.

3. Data Analysis: Calculate the concentration and analyze the results.

 Learning Outcomes

1. Understand the principle of titration.

2. Learn to perform a titration experiment.

3. Analyze and interpret the results.