Rate Processes
When are Rate Processes Covered?
Rate Processes are is introduced in ENGR111 during
Class 13.2*
Rate Processes are revisited the following class
period during Class 14.1*.
*Explaination
of Class numbering System
Objectives
| Class 13.2: |
Introduction to Rate Processes |
|
Know the relationship between
rate, flux and driving force |
|
Define the proportionality constants
for heat, fluid flow, electricity, and diffusion problems |
| |
Know how to compute the rate and
flux for heat, fluid flow, electricity, and diffusion problems |
|
Understand the concept of resistance |
| Class 14.1: |
Introduction to Rate Processes
- Part 2 |
| |
Know the relationship between
rate, flux and driving force |
| |
Define the proportionality constants
for heat, fluid flow, electricity, and diffusion problems |
|
Know how to compute the rate and
flux for heat, fluid flow, electricity, and diffusion problems |
| |
Understand the concept of resistance |
Class Agenda
| Class 13.2: |
Introduction to Rate Processes |
|
Lecture material on
terminology for thermodynamics, flow rate and rate processes |
|
Example of rate of water in a
tank |
|
Lecture material on flux and driving
force |
|
Exercise - 3 min |
|
Lecture material on fluid flux |
|
Individual exercise - 3 min |
|
HW assignment |
| Class 14.1: |
Introduction to Rate Processes
- Part 2 |
|
RAT/PAT - quiz |
|
Lecture material on electricity |
|
Individual Exercise - 3 min |
|
Pairs exercise - 3 min |
|
Lecture material on flux and diffusion |
|
Pairs exercise |
|
Lecture material on resistance |
|
Example of resistance |
|
HW assignment |
Why are Rate Processes Important?
Engineers use rate processes to understand flow
behaviors of fluids and electricity.
|
