Circuits. Quick-Book. Solving Techniques (DC)
Circuits. Solving Techniques Table of Contents:
1. Introduction to Circuits
2. Resistors3. Voltage and Current Dividers
4. Reducing Circuits
5. Source Transforms
6. Superposition
7. Node-Voltage Method
8. Mesh-Current Method
9. Thevenin Equivalent Circuits
10. Tying it all Together
Carty’s Quick-Books are the ultimate tool to help you pass your engineering classes. All Quick-Notes come jam-packed with everything a student needs for individual success:
Included in every chapter:
· Practical application for each topic
· No fluff. core concepts and equations
· Solving methods with tips and misconceptions
· So many examples!
- Traditional examples to get the hang of solving
- Interactive examples to prove your understanding
· Quizzes
· Space for extra note taking
- Make the notes personal and geared to your class
· Short and easy to read
- No technical term overload so anyone can get it
Try them for yourself and be well on your way to a "No Stress Success". CARTY'S makes engineering easy.
Quick Notes Add-On
Quick-Notes are the best formula sheets out there for engineering students. One page, laminated, front and back, packed with all the info you need on whole sections of class. They ofcourse have all the important formulas you need, with info on what they are for and how to use them. I even packed in a couple example problems so you can see what you need in action! This one in particular covers all the circuit solving techniques you need. Damn that looks fresh 😭
For all of you who have the "one page notes front and back" rule for class. Arm yourself with Carty's Quick-Notes today.