0
A rhythmic disturbance that carries energy would be called a mechanical wave. A sound wave or a blast wave (or even a seismic wave) qualifies as a rhythmic disturbance. (Later with the light, okay?) Sound - or any of those other waves - involves the compression and rarefaction of air (or another fluid) or a solid, to transmit the harmonic motion. Let's look at, say, a vibrating guitar string. The string oscillates in air, and the rhythmic motion of the string as it moves back and forth creates sound. The string actually compresses the air in front of it an creates a little "mini-vacuum" behind it as it's moving forward. That space behind the string is rarefied air. The string is moving fast enough that the zillions of tiny air atoms and molecules can't instantly fill in behind that string. A blast wave from an explosion or a seismic wave works the same way. Also, there are different mediums through which the energy is going to be transferred. The medium conducts the energy. The energy is actually transferred into the medium in order to travel through it. Electromagnetic energy may not qualify to be part of this answer under the description set down in the question. The word "disturbance" suggests a medium through which the energy is propagated. Electromagnetic energy, like radio waves or light for instance, require no medium through which they must be transmitted for them to propagate. And as far as light creating "a rhythmic disturbance that carries energy" being true, think about it and come to your own conclusion. Certainly light can move through air or other media, and it interacts with the media, too (losing energy as it does). But a bit of a debate might ensue as to whether or not something like light is actually a "disturbance" as was asked. Light is moving energy - electromagnetic energy. Make no mistake about that. But if light is moving through deep space, what is the "disturbance" involved? Does it have something to do with spacetime?
What else can I help you with?
A wave is defined as a rhythmic disturbance caused by blank moving from one place to another?
A wave is defined as a rhythmic disturbance caused by energy moving from one place to another.
Rhythmic disturbance that carry energy without carrying matter are called?
The rhythmic disturbance that carries energy without carrying matter is called a wave. Waves can transmit energy through mediums like air, water, or solids, without actually moving the medium itself.
A wave is defined as a rhythmic disturbance caused by moving from one place to another?
energy
What is the rhythmic movement that carries energy through seawater?
Wave
What is a rhythmic movement that carries energy through water?
Waves
What is rhythmic movement that carries energy through matter or space?
A wave is a rhythmic movement that carries energy through matter or space. Waves can be found in various forms, such as sound waves, light waves, and ocean waves, and they transfer energy without transferring matter.
What is a disturbance that carries energy but not matter from one place to another?
A wave is a disturbance that carries energy but not matter from one place to another. Examples include sound waves, light waves, and water waves.
Rhythmic movement that carries energy from one place to another?
wave
What is a rhythmic movement that carries energy from one place to another?
That is the description of a wave.
What is a disturbance that carries energy?
A rhythmic disturbance that carries energy would be called a mechanical wave. A sound wave or a blast wave (or even a seismic wave) qualifies as a rhythmic disturbance. (Later with the light, okay?) Sound - or any of those other waves - involves the compression and rarefaction of air (or another fluid) or a solid, to transmit the harmonic motion. Let's look at, say, a vibrating guitar string. The string oscillates in air, and the rhythmic motion of the string as it moves back and forth creates sound. The string actually compresses the air in front of it an creates a little "mini-vacuum" behind it as it's moving forward. That space behind the string is rarefied air. The string is moving fast enough that the zillions of tiny air atoms and molecules can't instantly fill in behind that string. A blast wave from an explosion or a seismic wave works the same way. Also, there are different mediums through which the energy is going to be transferred. The medium conducts the energy. The energy is actually transferred into the medium in order to travel through it. Electromagnetic energy may not qualify to be part of this answer under the description set down in the question. The word "disturbance" suggests a medium through which the energy is propagated. Electromagnetic energy, like radio waves or light for instance, require no medium through which they must be transmitted for them to propagate. And as far as light creating "a rhythmic disturbance that carries energy" being true, think about it and come to your own conclusion. Certainly light can move through air or other media, and it interacts with the media, too (losing energy as it does). But a bit of a debate might ensue as to whether or not something like light is actually a "disturbance" as was asked. Light is moving energy - electromagnetic energy. Make no mistake about that. But if light is moving through deep space, what is the "disturbance" involved? Does it have something to do with spacetime?
What is a disturbance that carries energy through matter or empty space?
A wave is a disturbance that carries energy through matter or empty space. Examples include sound waves traveling through air, light waves traveling through vacuum, and seismic waves moving through the Earth's crust.
True or false a wave is a force that transmits energy?
True. A wave is a disturbance that carries energy through a medium without carrying matter.
