chem

Chemical Engineering Department

Assignment 3 (15%)

Semester Fall Year 2021

Course Title Introductory Chemical Engineering Thermodynamics

Course Code CHE 211 Section F1

Student Name Student ID

Due Date Refer to Moodle Instructor Tajammal Munir

Guidelines for Solution Please read and apply the following points carefully:

1. Your submitted solution can be either typed or handwritten.

2. Write your name and ID# clearly on the submitted file.

3. Provide detailed answers including steps, equations, and units according to question type.

4. For handwritten submissions:

a) Use blue pen

b) Write your name and ID clearly on the first page.

c) Make sure that your answers are very clear and organized.

d) Redraw required tables and graphs whenever applies.

e) If your answers are related to a figure, mention it clearly.

5. Scan the assignment (hard copy) and save it as one pdf file.

6. Submit the pdf (only one file) file through the assignment submission link on your Moodle section page.

7. You can submit your assignment no more than twice. So, make it count.

8. Students are fully responsible for submitting a correct file. Make sure it is the correct file, it is not corrupted, and it is readable. Unclear or absent answers would be deducted.

9. Inaccurate or corrupted files would result in a deduction as per grading policy.

10. Late submission will be allowed with penalty:

a) Delay by 1 calendar Day – 40% Deduction (grade is multiplied by 0.6)

b) Delay by 2 calendar Days – 60% Deduction (grade is multiplied by 0.4)

c) Delay by 3 calendar Days or more – zero grade. No submission is accepted.

Q: Heat capacity data are crucial in energy balance problem-solving methodology. Students are asked to perform research and write a report about measuring the heat capacity at constant volume and pressure. a) Report part: As task 1, students need to introduce heat capacity and its

applications in chemical engineering briefly. Furthermore, students need to explain conceptually an experimental setup required to measure heat capacity. [90 Points]

Note: For the report part, the following sections must be included:

i. Abstract (1 Paragraph) [10 Points] ii. Introduction, literature review, and applications (Maximum 4 pages) [40 Points] iii. Experimental setups and explanation (Maximum 3 pages) [30 Points] iv. Conclusions (1 Paragraph) [10 Points]

b) Oral discussion part: As task 2, students will participate in an oral discussion

with the instructor and other students, in which they will answer questions related to Assignment 3 and explain their opinions in some of the cases. [10 Points]

Note: For the oral discussion date, please refer to the syllabus document.