A transverse wave of light can travel through air or gas.
THROUGH air or water transverse waves cannot travel. But on the surface of water transverse waves can be produced
The Secondary or S-wave is a transverse wave associated with earthquakes that can not pass through liquids.
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.
Transverse wave and a longitudinal wave
It depends on the type of transverse wave. A transverse water wave travels through water. A transverse wave on a rope travels along the rope. A transverse electromagnetic wave, however, needs no medium. It can propagate through a vacuum.
Yes, transverse waves can travel through space. Electromagnetic waves, such as light, are an example of transverse waves that can propagate through the vacuum of space without the need for a medium.
The particles in a transverse wave are displaced perpendicularly to the direction of the wave motion. For example, water waves are transverse waves. Think of how in the sea, the wave is moving towards the shore, but the water goes up and down. The water molecules are being displaced vertically, but the wave itself is moving horizontally. This is the characteristic motion of a transverse wave. Transverse waves are also able to move through a vacuum. Light, for example, is a transverse wave, and it can move through space, which is a vacuum. (A longitudinal wave, on the other hand, has particles which move in the same direction as the wave, and cannot travel through a vacuum. For example, sound waves.)
No, in a transverse wave, the vibrations of the medium are perpendicular to the direction of wave travel. The particles of the medium oscillate up and down or side to side as the wave passes through.
The S Wave (Secondary Wave) cannot travel through water. On the P Wave (Primary Wave) and the Surface Wave can travel through water.
Yes, electromagnetic radiation does travel as a transverse wave
Yes, an infrared wave is a transverse wave. Transverse waves are characterized by oscillations perpendicular to the direction of wave travel, and infrared waves exhibit this type of motion as they propagate through space.
Yes, electromagnetic radiation does travel as a transverse wave