**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 charge, voltage, current, power, and energy in circuits.
- Apply Kirchhoff's Voltage Law to solve for voltage in circuits.
- Apply Kirchhoff's Current Law to solve for current in circuits.
- Apply Ohm's Law to relate voltage, current, and resistance.
- Use voltage differences to calculate the voltage at any point in a circuit.

- Read Lesson 1. [Module Objectives 1-5]
- Watch the videos. [Module Objectives 1-5]
- Solve Tutorials 1A and 1. [Module Objectives 1-4]
- Solve and submit Homework 1. [Module Objectives 1-5]
- Solve Practice Quiz 1. 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 1. [Module Objectives 1-5]

Lesson 1 Basic Elements and Circuit Laws. [Module Objectives 1-5]

Most of the videos in this module and all the other modules were shot in front of a live class in spring, 2016. As a result, there are references made to due dates for assignments that do not apply to the current class. Please ignore these references. For due dates, please consult the schedule on Blackboard.

Videos for ECE 252 are available for streaming and for downloading. The streamed videos are from YouTube and allow quick access to the content. When a video is playing, you may click the box on the lower right of the screen to expand the video to the full screen.

The downloaded versions can be stored permanently on your computer. Most of these downloaded versions contain two video streams, one of the computer screen and the other of the professor.

Video L1-1 Voltage, Current, Energy, and Power. [Module Objective 1]

Video L1-2 Basic Electrical Devices. [Module Objectives 1 and 4]

Please note: The video below contains two errors:

The correct value of V_{B} is -36 V.

The algebraic sum of the ~~voltages~~ currents at any node is zero.

Video L1-3 Kirchhoff's Laws. [Module Objectives 2 and 3]

Video L1-4 Essential Nodes and Voltage Differences. [Module Objectives 2, 3, and 5]

Video L1-5 Do You Trust Kirchhoff? [Module Objectives 2 and 3]

Video L1-6 Supernodes. [Module Objective 3]

Video L1-7 Confidence in Kirchhoff, Part 1. [Module Objectives 2 and 4 ]

Video L1-8 Confidence in Kirchhoff, Part 2. [Module Objectives 3 and 4]

Video L1-9 Review. [Module Objectives 1-5]

Video L1-2 Basic Electrical Devices. [Module Objectives 1 and 4]

Please note: The video below contains two errors:

The correct value of V_{B} is -36 V.

The algebraic sum of the ~~voltages~~ currents at any node is zero.

Video L1-4 Essential Nodes and Voltage Differences. [Module Objectives 2, 3, and 5]

Video L1-5 Do you Trust Kirchhoff? [Module Objectives 2 and 3]

Video L1-6 Supernodes. [Module Objective 3]

Video L1-7 Confidence in Kirchhoff, Part 1. [Module Objectives 2 and 4]

Video L1-8 Confidence in Kirchhoff, Part 2. [Module Objectives 3 and 4]

Video L1-9 Review. [Module Objectives 1-5]

Tutorial 1A The Physics of
Electricity [Module Objective 1]

Tutorial 1 Basic Circuit
Laws [Module Objectives 1-4]

Practice Quiz 1 [Module Objectives 1-5]

Practice Quiz 1 Solution [Module Objectives 1-5]