Title: Module 4 Objectives
Course: Canvas Practice Course > Section: Module 4

Module 4:  Chapter 15 - Inductive AC Circuit

- Define pure inductive circuit and describe the effect of inductance on AC circuits.
- Describe inductive reactance, counter-electromotive force, and susceptance.
- Identify common factors that affect inductive reactance.
- Explain how to calculate current in inductive AC circuit.
- Describe current and voltage phase relationships in inductive AC circuits.
- Identify and describe the components of power in an inductive AC circuit.
- List common characteristics of series, inductive-resistive AC circuits.
- Explain how to determine inductive, resistive, and source voltage in series inductive-resistive AC circuits.
- Explain the function of impedance and admittance in series inductive-resistive AC circuits.
- Identify the main differences between reactive power and true power.
- Describe how to calculate apparent power in series inductive-resistive AC circuits.
- Identify the main difference between unity power factor and poor power factor in series inductive-resistive AC circuits.
- Identify common frequencies of series inductive-resistive AC circuits encountered in the United States.
- Describe how frequency changes affect parameters of a series inductive-resistive AC circuit.
- Describe the relationship between source voltage and current in a parallel inductive-resistance circuit.
- Identify methods for calculating current in parallel inductive-resistive AC circuits.
- Identify methods for calculating impedance in parallel inductive-resistive AC circuits.
- Describe how a change in frequency affects parallel inductive-resistive AC circuit.