Course

Objective:

Learning Outcomes:

• apply the theory of superposition to solve for multiple voltage source circuits
• state Kirchhoff's Laws, both verbally and mathematically
• apply Kirchhoff's Laws to solve for circuit variables in complex circuits
• apply several solutions to the same problem
• express circuits in terms of opened-circuit voltages and maximum currents
• explain Kirchhoff's equations and use them to solve for circuit parameters
• demonstrate your understanding of magnetic materials through classroom discussion
• explain the theories of magnetism
• describe how electron flow creates a magnetic field and how that field reacts to physical changes
• explain how electromagnetism performs useful and meaningful work
• explain the basic principles involved in generating electromotive force
• demonstrate the left hand rule for generators to show: a. Relative motion b. Magnetic flux c. Electron flow
• identify the principal parts and operations of the generator
• understand where DC Theory may be utilized in the real world
• apply much of what you have learned to your job in the electrical industry
• state the steps necessary to apply the principle of superposition

General Topics: