One of it should be moisture of air. The more moist,the more sound particles are going to collide wtih. Analogy: if ure in a swimming pool,u will hear sounds louder than that in air. This is becuz ure surrounded by the water particles. As parties vibrate,it hits the nearby particles and.the cycle.carries on.
The medium through which it is propagating. For exampl if the sound waves are travelling in air they will move slower than those travelling through a wall speed of sound in solids > speed of sound in liquids > speed of sound in gases
When travelling faster than the speed of sound (supersonic speed), a sonic boom is created. This is a loud noise produced when an object passes through the air at a speed greater than the speed of sound. It can be disruptive and can lead to regulations on supersonic flight over populated areas.
The density of an object affects the speed of sound through it as denser materials allow sound waves to travel faster. This is because denser materials have particles closer together, allowing for quicker propagation of sound waves through the medium. Conversely, less dense materials will have a lower speed of sound due to the greater distance sound waves need to travel between particles.
The speed of sound through glass is 3962 metres per second, which is about 13000 feet per second. In normal air, sound travels at a speed of 343 meters per second and in water the speed is 1,433 metres per second. Sound travels at a speed of 5,000m per second or 11,160miles per hour through steel. The speed of sound is dependant upon the medium through which it is travelling and not on the loudness or pitch. For instance, sound travels much better through water than through air.
A sound wave with a frequency of 125 Hz has a wavelength of 40 meters (speed = frequency x wavelength). At a speed of 5000 m/s, this sound wave would have a period of 0.08 seconds (period = 1 / frequency).
The speed of sound varies, depending on what material it goes through.
It is approx 4540 metres/second
Mach is the speed of an object expressed as a multiple of the speed of sound in the same medium. Thus, an object travelling at 686 metres per second through air, at sea level, is travelling at Mach 2 because sound would travel through it at 343 m/s. However, it the object was travelling under water at the same speed then it would be travelling at approx Mach 0.46 since sound travels at 1484 m/s through water.
The medium through which it is propagating. For exampl if the sound waves are travelling in air they will move slower than those travelling through a wall speed of sound in solids > speed of sound in liquids > speed of sound in gases
When travelling faster than the speed of sound (supersonic speed), a sonic boom is created. This is a loud noise produced when an object passes through the air at a speed greater than the speed of sound. It can be disruptive and can lead to regulations on supersonic flight over populated areas.
The Mach number of an object travelling through a fluid is its speed relative to the speed of sound travelling through the same medium. So an aircraft flying at Mach 1 at sea level would be travelling faster than an aircraft flying at Mach 1 at a high altitude (where the air is thinner and sound travels slower). An object travelling at Mach 2 is travelling twice as fast as an object travelling through the same fluid under the same conditions (temperature and pressure). BUT In common usage, Mach 1 is the speed of sound in air, at sea level and 20 deg C.
Communication is at speed of sound. Signal attenuation. Noise of signal travelling through air.
A: it is an incorrect question;Speed and Sound are different and cannot be compared.speed is the ratio between distance and time (how long does it take to go how far?)sound is a compression wave travelling through a medium
Temperature affects the speed of sound through material by kinetic energy. The more molecules the higher temperatures will have more energy.
by causeing larger sound waves through objects
Speed affects the frequency and pressure affects the wavelength.
When an aircraft travels at the speed of sound, it is said to be travelling at Mach 1.