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.

Apply basic circuit analysis techniques using dependent and independent
sources.

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

Describe the properties and uses of inductors and capacitors.

Label circuit diagrams with voltages, currents, node identifications, and
mesh identifications.

Write device equations for each resistor, inductor, and capacitor in a
circuit.

Write Kirchhoff's Voltage Law for each mesh in a circuit.

Write Kirchhoff's Current Law for appropriate nodes in a circuit.

Use calculus to solve for the voltage or current in a circuit containing
sources, resistors, inductors, and capacitors.

Assignment:

Read Lesson 7. [Module Objectives 1-6]

Watch the videos. [Module Objectives 1-6]

Solve Tutorial 7. [Module Objectives 1-6]

Solve and submit Homework 7. [Module Objectives 1-6]

Solve Practice Quiz 7. Try to do it in under 20 minutes. [Module
Objectives 1-6]

Check your practice quiz answers against the solution below. [Module
Objectives 1-6]

Now you should be ready for Quiz 7. [Module Objectives 1-6]

Select an option:

Reading

Lesson 7 Inductors and Capacitors and Their Uses. [Module
Objectives 1-6]

Streaming Videos

Video L7-1
Introduction to Inductors and Capacitors. [Module Objective 1]

Video L7-2
Inductors. [Module Objectives 1-6]

Video L7-3
Capacitors. [Module Objectives 1-6]

Video L7-4
Review Part 1. [Module Objectives 1-5]

Video L7-5
Review Part 2. [Module Objectives 1-6]

Videos for Download

Video L7-1
Introduction to Inductors and Capacitors. [Module Objective 1] Video L7-2 Inductors. [Module
Objectives 1-6] Video L7-3 Capacitors. [Module
Objectives 1-6] Video L7-4 Review Part 1. [Module Objectives
1-5] Video L7-5 Review Part 2. [Module Objectives
1-6]