Physical Chemistry for Engineers 1 (Laboratory)

This course provides students with a hands-on approach to understanding fundamental concepts in physical chemistry through a series of laboratory experiments. Students will explore key properties of matter and thermodynamic principles. Additionally, the course introduces modern analytical techniques to equip students with practical skills applicable to various scientific fields. Emphasis is placed on developing analytical thinking, problem-solving abilities, and accurate data interpretation. By the end of the course, students will gain a deeper understanding of physical chemistry principles and the ability to apply experimental techniques to real-world scientific challenges.

• Develop laboratory skills by adhering to established protocols for handling, disposing, and managing chemicals, while fostering safety consciousness through the consistent practice of proper laboratory techniques.

• Develop laboratory skills to effectively collect, organize, and analyze data during experiments while ensuring accurate measurement and proper documentation.

• Develop critical judgment in interpreting and correlating experimental data by applying fundamental principles of Physical Chemistry to analyze results effectively.

• Cultivate initiative, resourcefulness, and leadership by assigning students full responsibility for conducting experiments, promoting accountability and teamwork in laboratory settings.

• Demonstrate scientific communication skills through the effective use of modern visual aids, and the delivery of professional oral presentations characterized by clarity, confidence, and audience engagement.

• Demonstrate scientific writing skills through a clear, concise, and well-structured report that effectively communicates experimental procedures, data analysis, results, and conclusions in accordance with scientific conventions.

1. Course Introduction

2. Laboratory Safety Orientation

3. Group Written Report Preparation

4. Experiments

   • Experiment 1: Viscosity

   • Experiment 2: Surface Tension

   • Experiment 3:  Heat of Combustion

   • Experiment 4: Introduction to UV-Vis Spectrophotometry

   • Experiment 5: Law of Specific Heats

   • Experiment 6: A Simple Charles' Law Experiment

   • Experiment 7: Cryoscopic Method

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