SKET 107 - Applied Electricity II

Credits: 2
Instructional Contact Hours: 2

Furthers the study of electrical applications. Provides an in-depth study of frequency, peak-effective-average voltage, inductance, capacitance, three phase power, resistive circuits, coils, capacitors, lost power, and power factor correction.

Prerequisite(s): SKET 106 or permission of Business and Technology Office
Corequisite(s): None
Lecture Hours: 30 Lab Hours: 0
Meets MTA Requirement: None
Pass/NoCredit: No

Outcomes and Objectives

Identify relationships in an electrical circuit.
1. Identify AC relationships in a circuit that contains resistors.
2. Calculate values of an inductor when connected to a resistive or reactive circuit.
3. Calculate values of a capacitor when connected to a resistive or reactive circuit.
4. Calculate a series RL circuit.
5. Calculate a parallel RL circuit.
6. Calculate a series RC circuit.
7. Calculate a parallel RC circuit.
8. Calculate a series RLC circuit.
9. Calculate a parallel RLC circuit.
10. Calculate impedance.
Apply various AC principles to an electrical circuit.
1. Identify/connect the coils of various transformers.
2. Identify/connect the coils of various motors.
3. Identify/connect various controls circuits that have inductors or capacitors.
4. Using given or measured values, calculate lost power.
5. Identify real world implications/applications of harmonic frequencies.
Identify and apply electrical meter to solve real world problems.
1. Identify safety considerations when using a meter or tester.
2. Measure supply voltages.
3. Measure load voltages.
4. Measure specific voltages in various parts of a circuit.
5. Measure three phase voltage/amperes.
6. Determine resistances with a volt-ohm-meter.
7. Measure DC voltages to analyze a circuit.
8. Measure AC voltages to analyze a circuit.