Circuit Analysis: Vol 2

Lesson 9 – Node Voltage Problems with Dependent Sources – Part 3
Lesson 10 – Introduction to the Mesh Current Solution Method 
Lesson 11 – Mesh Current Problems – Part 1 
Lesson 12 – Mesh Current Problems – Part 2 
Lesson 13 – Mesh Current Problems – Part 3 
Lesson 14 – Mesh Current Problems – Part 4 
Lesson 15 – Mesh Current Problems with Dependent Sources – Part 1 
Lesson 16 – Mesh Current Problems with Dependent Sources – Part 2 
Lesson 17 – Mesh Current Problems with Dependent Sources – Part 3
Lesson 18 – Mesh Current Problems with Dependent Sources – Part 4 

Sect 23: Inputting Vectors and Extracting Components
Sect 24: Adding and Subtracting Vectors and Multiplying Vectors by a Scalar
Sect 25: Calculating the Vector Dot Product and Cross Product
Sect 26: Finding the Length and Sum of a Vector
Sect 27: Extracting a Subset of Vector Elements
Sect 28: Creating Vectors with Evenly Spaced Elements
Sect 29: Joining Vectors Together
Sect 30: Multiplying and Dividing Vectors Element-by-Element
Sect 31: Applying Math Functions Element-by-Element
Sect 32: Creating Vectors with Random Elements
Sect 33: Calculating Mean, Medium, and Standard Deviation of Data in a Vector
Sect 34: Working with Vectors using the Symbolic Math Toolbox

Circuit Analysis – Vol 2
Lesson 8 – Node Voltage Problem with Dependent Sources – Part 2

In this lesson, we continue to solve circuits using the Node Voltage method.
The examples are worked step-by-step so that the student sees exactly how
to solve the circuit.

Circuit Analysis, Vol 2
Lesson 7 – Node Voltage with Dependent Sources – Part 1

In this lesson, we continue to solve circuits using the Node Voltage method.
The examples are worked step-by-step so that the student sees exactly how
to solve the circuit. In this case we use the node voltage method in a circuit
that contains a dependent voltage source.

Engineering Circuit Analysis, Vol 2
Sect 6 – Node Voltage Problems – Part 5

In this lesson, we continue to solve circuits using the Node Voltage method
of circuit analysis.  Here we take care to show each and every step in the
solution process so that the student gains practice and confidence with this method.

In this problem, we have two voltage sources in the circuit along with a
current source, and we are asked to use the node voltage method to
calculate the current in three different legs of the circuit.

Chemistry 1, Vol 3 – Sect 2
Calculating Ion Concentrations in Solutions 

In this lesson, we continue our discussion of solutions and introduce the very
important topic of dissociation of a substance into ions as it enters solution.
Specifically, we learn how to calculate the concentration of ions in solution
and write down the chemical equation that describes the dissociation of a substance.

We’ve uploaded 4 New Matlab Lessons!

Sect 19 – Basic Calculations with Complex Numbers
Sect 20 – Calculating the Magnitude and Angle of Complex Numbers
Sect 21 – Trig Functions and Logarithms with Complex Numbers
Sect 22 – Complex Numbers and the Symbolic Math Toolbox