Course Objectives/Outcomes:Students who complete this
course will be able to:

Identify the principal elements of electrical circuits.

State and apply basic circuit laws.

Module Objectives/Outcomes:Students who complete this
module will be able to:

Calculate the total resistance of a circuit by combining resistors in
series and parallel.

Calculate the range of possible values of a resistor, given its nominal
resistance and its tolerance.

Apply the voltage divider equation to calculate the voltage across a
resistor.

Apply the current divider equation to calculate the current through a
resistor.

Avoid misapplying the voltage divider equation in circuits with
loads.

Assignment:

Read Lesson 2. [Module Objectives 1-5]

Watch the videos. [Module Objectives 1-5]

Solve Tutorials 2 and 2A. [Module Objectives 1-5]

Solve and submit Homework 2. [Module Objectives 1-5]

Solve Practice Quiz 2. Try to do it in under 20 minutes. [Module
Objectives 1-5]

Check your practice quiz answers against the solution below. [Module
Objectives 1-5]

Now you should be ready for Quiz 2. [Module Objectives 1-5]

Select an option:

Reading

Lesson 2 Resistors in Series and Parallel. [Module Objectives
1-5]

Streaming Videos

Video L2-1
Resistor Basics. [Module Objective 1]

Video L2-2
Series and Parallel Resistors. [Module Objective 1]

Video L2-3
General Method for Finding Resistance. [Module Objective 1]

Video L2-4
Voltage Dividers, Current Dividers, Tolerance, Delta-Wye Transformation.
[Module Objectives 2-5]

Video
L2-5Review [Module Objectives 1-5]

Videos for Download

Video L2-1 Resistor Basics.
[Module Objective 1] Video L2-2 Series and Parallel
Resistors. [Module Objective 1] Video L2-3 General Method for
Finding Resistance. [Module Objective 1] Video L2-4 Voltage
Dividers, Current Dividers, Tolerance, Delta-Wye Transformation. [Module
Objectives 2-5] Video L2-5 Review. [Module Objectives
1-5]