Introduction to Chemical Processing - Midterm Exam Review | CHE 211, Study notes of Chemistry

Material Type: Notes; Class: Intro to Chemical Processing; Subject: Chemical Engineering; University: Arizona State University - Tempe; Term: Fall 2007;

Typology: Study notes

Pre 2010

Uploaded on 09/02/2009

koofers-user-06g
koofers-user-06g 🇺🇸

10 documents

1 / 1

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
CHE 211 Introduction to Chemical Processing Fall 2007
Midterm Exam #1 Review
The midterm exam will cover material from chapters 2-5, but the focus will be on chapters 4 and 5. It will
consist of 10 multiple choice questions, 1 problem from the homework, and 2 other problems, which should
be similar to problems from lecture and the homework. To prepare, I would focus on the lecture notes and
homework, but do not neglect the book entirely. The exam will be OPEN BOOK, but NOT OPEN NOTES.
You should bring the textbook (DO NOT FORGET IT) and a calculator.
Introduction to Engineering Calculations
Understand units and unit conversion
force vs. weight
Processes and Process Variables
Know how density and flow rate is defined
Be able to calculate chemical compositions of a mixture
absolute vs. gauge pressure
Fundamentals of Material Balances
Know how to classify a process
Know when and how to write a mass balance
Know how to handle multiple units and recycle streams
Know how to handle reactions (extent of reaction, ξ, or atomic balances) there will be a problem
on this topic
Combustion reactions
Single-Phase Systems
Ideal gas law - use and assumptions
EOS for nonideal gases (van der Waal, SRK, etc.)
Compressibility factor
1

Partial preview of the text

Download Introduction to Chemical Processing - Midterm Exam Review | CHE 211 and more Study notes Chemistry in PDF only on Docsity!

CHE 211 Introduction to Chemical Processing Fall 2007

Midterm Exam #1 Review

The midterm exam will cover material from chapters 2-5, but the focus will be on chapters 4 and 5. It will consist of 10 multiple choice questions, 1 problem from the homework, and 2 other problems, which should be similar to problems from lecture and the homework. To prepare, I would focus on the lecture notes and homework, but do not neglect the book entirely. The exam will be OPEN BOOK, but NOT OPEN NOTES. You should bring the textbook (DO NOT FORGET IT) and a calculator.

Introduction to Engineering Calculations

  • Understand units and unit conversion
  • force vs. weight

Processes and Process Variables

  • Know how density and flow rate is defined
  • Be able to calculate chemical compositions of a mixture
  • absolute vs. gauge pressure

Fundamentals of Material Balances

  • Know how to classify a process
  • Know when and how to write a mass balance
  • Know how to handle multiple units and recycle streams
  • Know how to handle reactions (extent of reaction, ξ, or atomic balances) — there will be a problem on this topic
  • Combustion reactions

Single-Phase Systems

  • Ideal gas law - use and assumptions
  • EOS for nonideal gases (van der Waal, SRK, etc.)
  • Compressibility factor