A wave that does not have the capability of transferring its energy via a vacuum is known as a mechanical wave. In order for their energy to be transmitted from one area to another, mechanical waves need to travel via a medium. An example of a mechanical wave is something like a sound wave. Sound waves are unable to move in a vacuum because there is no air to move through.
The answer that is right is ″Sound.″ Because there is no medium capable of transmitting mechanical vibrations, sound waves are unable to move across space in a vacuum environment. A vibration that travels through a medium in the form of a mechanical wave is what we refer to when we talk about sound. It may spread via solids, liquids, or gases; it only depends on the type of media it is in.
Aside from sound, every other type of wave, including visible light, gamma rays, and X-rays, is of an electromagnetic origin. Therefore, it is possible for these waves to move through space. The right response to this question is a sound wave, because waves of this type are unable to travel across vacuum or space.
What type of waves travel through a vacuum?
Pressure waves, such as sound, require a fluid medium in order to propagate. Electromagnetic waves and gravity waves may pass in a vacuum, but electromagnetic waves and gravity waves cannot. Why do different things reflect light differently? Why is it that light cannot flow through atoms if they are largely made up of empty space?
What is the velocity of a wave in a vacuum?
Any wave that is capable of moving in a vacuum will move at the same speed, which is the speed of light, or 299,792,458 kilometers per second. This is due to the fact that such a wave cannot involve particles that are massive (according to the definition, because else you wouldn’t be able to carry
Which of the following waves does not require medium for propagation?
Electromagnetic waves include things like light and x-rays as well as radio waves. They may spread without needing any kind of medium to do so. Seismic waves are examples of mechanical waves since they are able to move through vacuum. In order for them to spread, they need some sort of medium.
Which wave travels from air to glass?
Similar questions From the atmosphere to the glass, a light wave with frequency V and wavelength X is transmitted. Then, the solution of Medium View The stratosphere is the highest level of the atmosphere around the earth.