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
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.
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.
Brilliant video!! I learn 1000 times faster when I can actually see the concepts in action.
Deoxyribonucleon 4 weeks ago
cool
quanghaish 1 month ago
awesome..!
faridkhosim 1 month ago
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?
ellebal1111 2 months ago
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
ellebal1111 2 months ago
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.
navikhi 9 months ago
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.
tensorbundle 9 months ago
awesome !
rampriyadarshini 10 months ago