MTU Physics Academics Prospective Students Current Students Majors Athletics Alumni and Friends Parents Faculty and Staff Search A2Z Michigan Tech Physics Academics
 

ACADEMICS

PHYSICS ONLINE

Last modified August 25, 2009

Current Online Physics Courses - Fall 2009

PH1210 College Physics II - Meyer

PH1600 Introductory Astronomy - Meyer

Overview

The Physics Behind Music

The Physics Behind Music

Michigan Tech University Course - PH1090 by Bryan Suits

Introductory Remarks 13 min 44 sec | See also PH1090

Link updated February 23, 2009


Introductory Astronomy Online

Introductory Astronomy

Michigan Tech University Course - PH1600 by Robert J. Nemiroff

Listen to iTunes Podcasts courtesy of LearnOutLoud

Listen to Podcasts courtesy of Podcast Directory


College Physics Online Brochure

College Physics Online
PDF Brochure

Astronomy Online Brochure

Astronomy Online
PDF Brochure

Physics Behind Music Online

The Physics Behind Music
Online PDF Brochure

More Information

Upcoming Courses

Spring 2010

PH1090 The Physics Behind Music - Suits
PH 1110 College Physics I - Meyer
PH1600 Introductory Astronomy - Meyer

 

Physics Online FAQs

When attempting to view a video presentation, an "Unknown State Type" error appears. What do I do to fix this error?

This error occurs occasionally when Windows Media Player attempts to use UDP as the selected streaming protocol. Some routers process the UDP packets from the server incorrectly and Mediasite Viewer gets the "Unknown State Type" error. This problem is most common with older consumer broadband routers. To prevent this, open Windows Media Player and go to Tools > Options > Network and uncheck the UDP box to remove UDP as an available streaming protocol. Apply your change, close any open internet browser windows, and then attempt to view the Mediasite presentation again.

PH1090 FAQs

Michigan Tech Online Learning Courses and Programs

Tech Online FAQs

Top

In 1838 Michael Faraday became the first to discover phosphorescent glow produced by electric discharges in gases at low pressure.