Category: Standing Waves
Summary: This Powerpoint explains the components of standing waves, generates its equation, and tests the understanding of students by presenting a practice problem with a worked solution at the end.
Category: Standing Waves
Summary: This Powerpoint explains the components of standing waves, generates its equation, and tests the understanding of students by presenting a practice problem with a worked solution at the end.
Title: LO6 – Standing Wave on a String
Category: Standing Waves on a String
Summary: This slideshow talks about what standing waves are as well as definitions about nodes and anti-nodes as well as the definition of the fundamental frequency and its equation. It also explains how the number of anti-nodes in a standing wave on a string with fixed ends is equal to the harmonic number of that standing wave.
Title: Standing Waves on Strings
Category: Standing Waves on a String
Summary: My learning object explained certain terms and concepts covered in Standing Waves on Strings; for example, normal modes, fundamental frequency, harmonics, etc. I showed related formulas and diagrams. I also showed how we get the formula. I have a short answer question at the end of my learning object to check students’ understanding on the concept of harmonics.
http://prezi.com/3tmze2ote1od/?utm_campaign=share&utm_medium=copy&rc=ex0share
Title: Standing Waves on Strings
Category: Standing Waves on a String
Summary: My LO addresses some practice problems regarding stranding waves, their harmonics, and their characteristics, such as wavelength, frequency, etc. I did these questions with a simple word document.
Category: Standing Waves
Summary: I have written notes on the basics of standing waves , including a few simple examples to allow readers to get familiar with the concept.
Category: Standing Waves and Music
Summary: My learning object focused on Standing waves and sound and understanding harmonics. My LO is a clicker question style multiple choice question. It forces you to think about frequency, its relationship to length and where you should find nodes and antinodes.
https://blogs.ubc.ca/phys101/files/gravity_forms/1-72f8f8fec225ededbd95c074100f3d9f/2015/03/Scan-2.jpeg
Title: standing wave v.s. travelling wave
Category: Standing Waves
Summary: It provides a general comparison between standing waves and travelling waves
http://prezi.com/ia8h4apb1e5x/?utm_campaign=share&utm_medium=copy
Title: LO6 Standing Waves on a String
Category: Standing Waves on a String
Summary: This is a PowerPoint on standing waves on a string. It contains an overview of the topic and includes a few example questions
https://www.slideshare.net/secret/fKZq69aRK61PWn
Title: The Physics of Music: how does a guitar work?
Category: Standing Waves and Music
Summary: Explanation of how a guitar works and standing waves in music. Deals with concept of fundamental frequency and harmonics.
Category: Standing Waves
Summary: This presentation explains the mathematical origin of standing waves, and their applications.