no, they move horizontally along the direction of the sound wave movement.
longitudinal wave
No. the individual particles are not moving in the right to left direction. rather, they moves up and down. it is the wave that is going right to left.
Longitudinal Wave
Outerspace has no sound. This is because outerspace is essentially devoid of matter, and matter is required for sound. Sound is a physical phenomenon of a travelling pressure wave, and in space there is essentially no gas or media to transmit a wave.
It is a rarefaction.
The wave will move faster, increasing its speed.
Transverse Wave.
well...the particles in the air start to go up and down so a sound wave starts to form,then that sound wave travels in to peoples ears etchope this answer was useful :)
The answer to your question is a longitudinal wave. The motion of the wave is parallel to the direction of the particles. An example is a sound wave.When particles move perpendicular to the direction of the wave, the wave is called a transverse wave. An example is a water wave.
The particles of the medium move up and down as the wave passes. The crests and troughs of the waves move with the wave.
Particles in transverse waves oscillate in a vertical motion. (they move up and down, Just in case ;))
The move by expansion and Contraction of the medium by which they are propagated. It is transmitted in air as a longitudinal wave- which means its direction is in line with the movement of the medium.
It depends if its transverse or longitudinal.
The area of a sound wave where particles are less dense is called a rarefaction. It is the diminution in the density of a sound wave.
The particles of the wave (for compressive waves). Or for transverse waves, yet the particles move parallel to the wave too.
Water particles (molecules) move transversely to the direction of propagation of the wave. That means that as the wave moves out across the water, which is its direction of propagation, the water molecules move up and down (transversely) to create the crests and troughs of the wave.
If the particles themselves do not move, then you have no wave, and nothing is transferred.If the particles are free to move about their rest positions, then you can have a wave, andit can transfer energy from place to place.