perpendicular to or at right angles to their direction of motion
In transverse waves, particles move in a parallel & perpendicular direction relative to the direction of energy transport.
Polarized waves.
transverse waves.
Compression waves (as opposed to transverse waves).
ts of the rope vibrate movements to the direction in which the waves travel
Up to a crest, then down through a trough, then back. APEX :P
In transverse waves, particles move in a parallel & perpendicular direction relative to the direction of energy transport.
Polarized waves.
transverse waves.
Longitudinal waves consist particles in a medium (ex of a medium= air) vibrate back and forth in a parallel direction to the direction of the wave is traveling. Example of a longitudinal wave are sound waves. Boom! Opposite of longitudinal waves would be a transverse wave where instead of particles moving in a parallel direction, transverse waves vibrate in a medium, side by side perpendicular to the direction the wave travels to. Example of a transverse wave is a light wave. Hope this helped =]
Longitudinal wave. (as opposed to Transverse waves, where the vibrations are perpendicular to the direction of movement.)
No. "Transverse" means that the vibration is at right angles to the direction in which the wave advances.
Compression waves (as opposed to transverse waves).
Compression waves (as opposed to transverse waves).
ts of the rope vibrate movements to the direction in which the waves travel
No, they are different types of wave. Transverse waves vibrate across the direction of motion, like the waves you get when you shake a rope. Longitudinal waves vibrate back and forth along the direction of motion like a sound wave.
a medium. but longitudinal waves do not have to travel through a medium. This is why transverse waves cannot vibrate through space.a medium. but longitudinal waves do not have to travel through a medium. This is why transverse waves cannot vibrate through space.