An insulator.
A fork is considered an insulator because it does not readily conduct sound. Sound waves need a medium, such as air, to travel through, and metal objects like forks do not allow sound waves to easily pass through them.
When sound energy meets a new substance, three things can happen: reflection (bouncing off the substance), absorption (being absorbed by the substance and converted into another form of energy), or transmission (passing through the substance). The extent to which each of these occur depends on the properties of the substance and the frequency of the sound wave.
electric circuit
Sound travels faster in solids compared to liquids and gases. This is because the molecules in solids are closely packed together, allowing sound waves to travel more efficiently through them. In general, the denser the substance, the faster sound will travel through it.
In science, transmission refers to the process by which a signal, energy, or a substance passes through a medium or object without being absorbed or reflected. It is commonly used to describe the passage of light, sound, electricity, or other forms of energy through a material or medium.
"A substance that does not readily allow the passage of heat or sound."
Insulators are materials or substances that do not readily allow the passage of sound or heat. Two examples of insulators are glass and porcelain.
A fork is considered an insulator because it does not readily conduct sound. Sound waves need a medium, such as air, to travel through, and metal objects like forks do not allow sound waves to easily pass through them.
Any substance!
When sound energy meets a new substance, three things can happen: reflection (bouncing off the substance), absorption (being absorbed by the substance and converted into another form of energy), or transmission (passing through the substance). The extent to which each of these occur depends on the properties of the substance and the frequency of the sound wave.
It is the same as the tubelike canal called the ear canal. This is where sound enters the ear.
The frequency of sound waves does not change in moving from one substance to another. Remember that vacuum is not a substance, but a lack of substance. Sound can't exist there.
Sound is a pressure wave. Objects that "allow" sound to travel through them could be called wave guides.
Sound waves are pressure waves.
speed of sound is affected by following factors:directly with square root of temperature in kelvinin directly with square root of densitydirectly with square root of modulus of elesticity of the medium
Sound travels by making pressure waves. The wave travels through the substance at various speeds, depending how hard the substance is. In vacuum there is no pressure, so sound cannot travel.
An apical is a sound produced by obstructing the air passage with the tip of the tongue.