4:43
Making standing waves
Making standing waves
A standing wave is made by sending a wave group down the tank against a fixed wall. The reflected wave will superimpose upon the incident waves doubling the amplitude. As the wave maker imparts more energy in to the system, the amplitude increases. The waves are sustained by gravity and hydrostatic force and dissipated by fluid viscosity (the frictional forces against the wall are negligible). The video has been edited as the clopotis and seiche that occur last over a half hour and are eventually killed with the wave maker acting as an absorber, as it tries to produce waves offset by one half period of the waves hitting it.
0:09
Standing wave
Standing wave
Interference between two waves traveling in opposite directions (green and cyan) in a string whose ends are both fixed produce a standing wave (yellow). This is the fourth mode of vibration, with 2 wavelength across the string. For more physics animations, please visit web.ncf.ca
4:57
Waimea River Standing Wave Surf Session
Waimea River Standing Wave Surf Session
Surfers dig a channel thru the sand, releasing the Waimea river water trapped behind the beach. They surf the resulting standing waves for several hours.
9:46
Standing Waves
Standing Waves
Free Science Help at Brightstorm! brightstorm.com Understanding standing waves.
4:38
Standing Waves Part I: Demonstration
Standing Waves Part I: Demonstration
Demonstration of standing waves on a string. How the standing waves are generated, harmonics and more is explained here. By James Dann for ck12.org CC-BY-NC-SA
0:41
Creating Standing Waves
Creating Standing Waves
This animation illustrates the creation of standing wave patterns. The first four wave patterns are shown in increasing order of frequency. The relationship between frequency (how fast the waves "wiggle" in time) and wavelength (the width of the "loops" along the slinky) is demonstrated.
2:46
Physics Tutorial Lesson: Standing Waves High School College Help
Physics Tutorial Lesson: Standing Waves High School College Help
www.physicseh.com Free simple easy to follow videos all organized on our website.
1:01
standing wave munich
standing wave munich
a standing wave in the middle of downtown munich 845km from the nearest ocean beach and a standing man stand day 415 music by the space agency www.myspace.com
2:09
Standing Waves
Standing Waves
A demonstration and explanation of standing waves - a common topic in physics. Created at UCLA for the Physics 10 Video Demonstration project.
0:34
Standing Wave Demo 1
Standing Wave Demo 1
Video demonstration of a standing wave. The forward-traveling (y1) and reverse-traveling (y2) waves interfere with each other, producing a standing wave (top). See also these related demos: www.youtube.com www.youtube.com
0:44
Wave Reflection and Standing Waves 2.mp4
Wave Reflection and Standing Waves 2.mp4
wave reflection and standing waves
9:18
Microwave Oven Standing Wave Visualization
Microwave Oven Standing Wave Visualization
This is an experiment that I devised to help visualize where the hot spots are inside of a microwave oven. I came across some thermal paper yesterday and decided to put it to use. The microwaves inside of a microwave oven are electromagnetic waves and are reflected inside the oven. These waves interact with each other and form interference patterns that result in areas that are intense and areas that have essentially zero microwave energy. The thermal paper forms a thermograph of the interference pattern. I performed the experiment three times, once with the thermal paper at the bottom of the oven, once with it two inches above the bottom, and once with it on the carousel.
0:16
Standing Wave Pattern Animation (SWR)
Standing Wave Pattern Animation (SWR)
Uniform plane wave traveling in the +z direction and normally incident on a medium interface at z=0. Only the electric field intensity is shown. The top figure shows the incident (blue), reflected (red), incident+reflected (brown) and transmitted field in both media. In the bottom figure, the standing wave patterns created in both media are shown. For medium with nonzero conductivity, check the following animation: youtu.be
3:20
ECE3300 Lecture 6 4 Standing wave ratio
ECE3300 Lecture 6 4 Standing wave ratio
www.ece.utah.edu/~ece3300
0:37
Standing Wave River Surfing at Waimea Bay
Standing Wave River Surfing at Waimea Bay
Lifeguards dug out a waterway from the pond to the bay to get rid of the overflow from the rain. Result: A raging non stop surfable wave!
2:48
Ruben's Tube
Ruben's Tube
The classic physics experiment involving sound, a tube of propane and fire. Created for Flash Forward 2006, but useful in any case where you are not allowed to have fire. I push through the tube 449 Hz then higher frequencies, then some jazz and then some rock. This is real life sound visualization.
3:19
standing wave (Eisbach Munich)
standing wave (Eisbach Munich)
stand day 42 standing short film about something in nature that also stands... music from youtube's audioswap: women and children - born tp
9:51
Standing Wave Ratio explained
Standing Wave Ratio explained
This is a good video so many people get the theory wrong.
0:34
ECE3300 Standing Wave Envelope
ECE3300 Standing Wave Envelope
www.ece.utah.edu/~ece3300 -- In this video, look closely at the top standing wave. The Envelope is shown in the top (unmoving) line. The Envelope is the maximum magnitude the wave reaches at that point. The envelope is what we will use to find Vmin, Vmax, Lmin, Lmax in the next set of video lectures. Thank you to James Nagel for this video.