'Vibrating strings' diaporamas de présentation

By Ted Fitzgerald, Allison Gibson, Kaitlin Spiegel, and Danny Spindler

383 views • 28 slides

Directors Mark H. Holmes, Mathematics Chair Robert L. Spilker, Biomedical Engineering Chair Kenneth S. Manning, Links Te

Rensselaer Polytechnic Institute. Funded through Mathematical Sciences and Their Applications Throughout the Curriculum: an NSF Initiative. Directors Mark H. Holmes, Mathematics Chair Robert L. Spilker, Biomedical Engineering Chair Kenneth S. Manning, Links Technical Manager. OVERVIEW.

408 views • 23 slides

Chapter 16: Sound

Chapter 16: Sound. 16-3 Intensity of Sound: Decibels. Example 16-3: Sound intensity on the street. At a busy street corner, the sound level is 75 dB. What is the intensity of sound there?. 16-3 Intensity of Sound: Decibels. Example 16-4: Loudspeaker response.

289 views • 18 slides

The Mathematics of Music

The Mathematics of Music. By: Phil Boyer, Mark Forman, Brian Glenn, and Arvind Kanna. What is a harmonic?. Any of a series of musical tones whose frequencies are integral multiples of the frequency of a fundamental tone A wave whose frequency is a whole number multiple of that of another.

323 views • 17 slides

Rise and Fall of Empires

314 views • 13 slides

New Physics Remote Laboratories for UNEDLabs

258 views • 11 slides

Chapter 5, Section 1

Chapter 5, Section 1 . Sounds in Vibrating Strings. January 3, 2011 HW: 5.1 PTG #1-5, pg. 490 Due Wed. Learning Objective: Describe the relationship between pitch, frequency, tension, and sound. Write a conclusion that includes IV, DV, evidence, and the big idea. Success Criteria:

192 views • 10 slides

Instrument Family - Strings

102 views • 10 slides