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Description

Fall 2017

Julie Vale

ENGG 2400

Definitions and basic summary of a system.

These notes cover hydraulic systems which includes resistance, capacitance, and element laws of pipes and tubs.

Important definitions for systems are introduced, Euler's method is also discussed.

A hot water heater is evaluated as a thermal system.

Showing important forcing functions and determining the difference between free and forced responses

Equations for electrical systems are explored and an overview of the systems explored is provided

Finishing exploring electrical systems. The frequency response and the Bode diagram are explored.

The process of nodal analysis is discovered

Operational Amplifiers are analyzed and it's discovered how to calculate them

Study guide for systems which includes Systems Basics Hydraulic Systems Response Basics Thermal Systems Electrical Systems Nodal Analysis Operational Amplifiers

Learning how to analyze mechanical systems with one mass

Learning how springs work in mechanical systems and analyzing more complicated mechanical systems

Learning how inertia affects different systems and learning about state variables

Covers relationships in second order equations

Covers the variables used in second order system equations

Quick overview of Laplace functions and how they apply to transfer functions

How to use partial fractions and Heaviside cover-up

How to determine stability of a system

Overview of final value theorem and static gain

Study guide for the exam