Differential Equations, Volume 2
Section 21 – Non-Homogeneous ODEs –
Method of Variation of Parameters: Part 3
In this section, we continue to solve non-homogeneous differential equations
using the method of variation of parameters. We work example problems
showing every step in how to reach the solution.
Engineering Circuit Analysis, Volume 1
Lesson 3 – Ohm’s Law
In this section, we study one of the most important relations
in Circuit Analysis – Ohm’s Law. Ohm’s law relates current,
voltage, and resistance and is used anytime that a circuit
studied or designed. We introduce the theory and work several
examples to build the student’s skills.
In this section, we continue to solve non-homogeneous differential equations
using the method of variation of parameters. We work example problems
showing every step in how to reach the solution.
Chemistry 1, Volume 2:
Lesson 9 – Reaction Stoichiometry – Part 2
In this section, we continue to work problems that involve
stoichiometric calculations to calculate the amount of reactants
or products used in a reaction.
In this section, we continue to learn how to solve non-homogeneous differential
equations using the method of variation of parameters. We will work example
problems showing every step in how to reach the solution.
Differential Equations – Volume 2:
Section 18 – Non-Homogeneous ODEs – Method of
Undetermined Coefficients: Part 6
In this section, we continue to learn how to solve
non-homogeneous differential equations using the method
of undetermined coefficients. We will work example problems
showing every step in how to reach the solution.
HP 50g – Lesson 13: The Math Menu
In this section, the student will how to access the math menu and
learn what types of functions are accessible from the math menu.
Circuit Analysis – Section 2 – Overview of Basic Circuit Components
In this section, we discuss the basic circuit components most commonly
encountered and used in practice. We discuss the basic principles of
voltage sources, resistors, capacitors, inductors, diodes, LEDs,
transistors, and transformers.
In this section, we introduce the student to the concept of reaction
stoichiometry. The student will learn how to calculate the quantities
of reactants and products in a balanced chemical reaction using the
methods outlined in this lesson.
There was overwhelming student demand for a series in engineering
circuit analysis, so we have begun lessons in this area!
Engineering Circuit Analysis – Lesson 1 –
Current, Voltage, and Resistance