If you take a long spring/slinkie, and stretch across a table or the floor by holding it at either end and making a quick up down movement with your arm you can send a wave down the slinkie. The height of the wave can be determined by the power of the shake
I hope this helps, it was demonstated in Physics to us
If you hold the ends of a slinky toy so that it is stretched out horizontally you can demonstrate excitations of both transverse and longitudinal waves. If you move one end of the slinky up and down in a periodic fashion you will see transverse waves. If you move one end of the slinky in and out along the horizontal direction that it is stretched out in, you will excite longitudinal waves.
Rarefaction.
Reflection.
The spring is their medium.
When a transverse progressive wave gets superimposed by the reflected wave then stationary transverse waves are produced
If you hold the ends of a slinky toy so that it is stretched out horizontally you can demonstrate excitations of both transverse and longitudinal waves. If you move one end of the slinky up and down in a periodic fashion you will see transverse waves. If you move one end of the slinky in and out along the horizontal direction that it is stretched out in, you will excite longitudinal waves.
Rarefaction.
Slinky!
Reflection.
the mechanical waves that it is demostrating is refraction
The spring is their medium.
Toy spring.
When a transverse progressive wave gets superimposed by the reflected wave then stationary transverse waves are produced
Doppler effect Red Shift
Well... waves on springs are caused by mechanical energy. You can't, for example, sent radio waves along a spring and see them. So answer: mechanical waves.
Electromagnetic Waves
Toy spring.