Laplace transformation - Study guides, Class notes & Summaries

Summary of Lecture 1 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

Summary of Lecture 1 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

This is an old homework/assignment from the course; Vibrations, Controls and Optimization 2. The topics covered in this homework include; transfer functions, close loop control system, block diagram, plant, controller, sensor, Laplace transformation, Laplace domain, differential equations, inverse Laplace transformation, Final Value theorem, system linearity, and time-varying system.

Full module lecture notes with a highlighted system for headings, equations, key information and extra information

This is an old second midterm for the course, MATH 246, from the semester of Fall 2016. The exam covers; mass spring dampener systems, damping coefficients, time domain plots, general solution, particular solution, characteristic polynomials, chracteristic equations, homogenous equation, method of underdetermined coefficients, key identities, specific solution, varaiation of parameters, and Laplace transformation.

Summary of Lecture 6 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

Summary of Lecture 7 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

Summary of Lecture 3 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

Summary of Lecture 2 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.

Summary of Lecture 4 for the differential equations component of MATH2310, calculus for engineering and science, at the University of Newcastle.