How to Solve 2nd Order Differential Equations

By Chris Tisdell - University of New South Wales

Report An Inaccuracy In Lecture Information:
Improperly titled lecture or course
Incorrect professor named
Placed in wrong category
Wrong school association
No flags selected

461	0	0	0	0
Views	Likes	Dislikes	Questions	Comments

Lecture Description

A basic introduction / revision of how to solve 2nd order homogeneous ordinary differential equations with constant coefficients. Several examples are presented and some applications to vibrating systems are discussed.

Course Description

Playlist of solved problems and examples from engineering mathematics, presented by Dr Chris Tisdell, UNSW, Sydney. Topics covered will include important aspects of applied mathematics used in engineering, such as: multivariable calculus; vector calculus; differential equations; Laplace transforms; Fourier series.

Course Index

Show:

previous 1 | 2 | 3 | 4 | 5 next

About University of New South Wales

Founded in 1849, the University of New South Wales (UNSW) is one of the world's leading research universities and part of the Universitas 21, a coalition of international research-focused universities. As one of Australia's leading schools, its campuses teach over 46,000 students in 600 academic programs. In 2009, the Financial Times ranked UNSW's The Australian School of Business the top MBA program in Australia and 32nd in the world. During the school's relatively short history, it has also managed to produce some of the leading political figures in Australia including a foreign minister in Bob Carr and former Attorney General of Australia, Robert McClelland.

Explore Our Degree Programs

License:
Source:University of New South Wales