This was a very outstanding presentation about standing waves. I am Navaid Ehsan from Pakistan, and my student Rao Ahad both enjoyed this presentation a lot and want to thank you.
The ropes are durable and just like the ones at the gym. ua-cam.com/users/postUgkxTFxba6lNeHrZaHoY_LXe6ZzmMfaipnwu Caution: I bought the 50 feet ropes and they are long and heavy so make sure you have the space (I do have the space). If I was to do it again I would probably get a shorter version as 50 feet (25 feet each side) is a little long.
good job guys. that's a a plane transverse wave i.e oscillation is along a line and propagation is perpendicular to that. ultimately the wave is planar.
For example, could we create two different waves on a body of water; when the propagating waves reach a region where they overlap, we would have the phenomenon of the superimposition, or, in short, the superposition of waves?
Waves have the rather remarkable property that if there are two or more waves propagating in the same region of space, there are simple rules on how to compose them, and the resultant is a single wave with properties derived from the constituent waves. There is no analogous property of particles, since if two or more particles are propagating in space, they continue to maintain their identities. Like the case of two transverse waves, both propagating in the same medium. con't
Contrary to what one person posted, and to answer the question several other people asked: this is a simple rope or cord. It is not elastic. You can do this yourself with a bit of practice.
Hi,i am a student from hong kong.i want to download your youtube video .I want your video to do academic project ,would you permit me to download and adjust your video?
I remember the day our physics professor showed us this in community college. Every bit of knowledge is sacred.
You studied this in college?
We in India have this is 11th grade.
@@ravindraghodadara8779 I am so happy you learned this in 11th grade. I hope it helps you succeed.
@@johnbennett8948 Lmao
@@johnbennett8948 oh yeah learning standing waves when I was 5 years old definitely helps me succeed in my life.
@@user-qs3ih3ll5f Dude just trying to be nice
This was a very outstanding presentation about standing waves. I am Navaid Ehsan from Pakistan, and my student Rao Ahad both enjoyed this presentation a lot and want to thank you.
Tried to demonstrate the 6F.
My arm is now in 10 pieces.
The ropes are durable and just like the ones at the gym. ua-cam.com/users/postUgkxTFxba6lNeHrZaHoY_LXe6ZzmMfaipnwu Caution: I bought the 50 feet ropes and they are long and heavy so make sure you have the space (I do have the space). If I was to do it again I would probably get a shorter version as 50 feet (25 feet each side) is a little long.
That really awesome!! hahaha Thanks for the demonstration sir!
Your videos are really nice and easy to understand, please keep making more, and thanks
good job guys. that's a a plane transverse wave i.e oscillation is along a line and propagation is perpendicular to that. ultimately the wave is planar.
This takes skill!
Great video !!!!!!!!!!!!!!!!
This items is a very long slinky called a "snake spring."
thank you from morcco !
This his sense fundamental and harmonic frequencies without formulas.
For example, could we create two different waves on a body of water; when the propagating waves reach a region where they overlap, we would have the phenomenon of the superimposition, or, in short, the superposition of waves?
You can do something like this with water. ua-cam.com/video/Iuv6hY6zsd0/v-deo.html
What material is the cord made of?
Waves have the rather remarkable property that if there are two or more waves propagating in the same region of space, there are simple rules on how to compose them, and the resultant is a single wave with properties derived from the constituent waves. There is no analogous property of particles, since if two or more particles are propagating in space, they continue to maintain their identities. Like the case of two transverse waves, both propagating in the same medium. con't
มาตามพี่เกรทครับ^^
this is epic Dx
learning sound waves for sounddesign: the unexpected way
String : 💃🏻💃🏻🕺🏻🕺🏻💃🏻💃🏻🕺🏻
Contrary to what one person posted, and to answer the question several other people asked: this is a simple rope or cord. It is not elastic. You can do this yourself with a bit of practice.
awesome !
awesome..!
Standing Waves: a rope demonstration
#hamradio
excellent
Combined with Biology I daily outperform with 10 to 14th hormonics a day...
Perfect
Last wave was stationary wave
but this isnt simple harmonic right? cuz the source particle isnt doing simple harmonic motion.
So informative
Hi,i am a student from hong kong.i want to download your youtube video .I want your video to do academic project ,would you permit me to download and adjust your video?
here because of a webquest
Parker!?
who?
What material did you use to make the standing wave?
That's a long helical spring, typically called a snakey. You can buy one for $20.
woah..tq
here because of enseignement sceintifique!! lol
Who is here after Parker?
bio wave gen
god dammit YT why am i getting videos of strings all of a sudden
this is incompressible wave. Sound waves pass through compressible medium.
what material did to use ?
That's a long helical spring, typically called a snakey. You can buy one for $20.