i really dont know lol
The density of the material the sound wave is moving through changes its speed. For air, the elevation, humidity and temperature are three basic things that change the density of air. In general, cold humidified air will transmit sound faster than warm dry air. For solid materials, the density and elasticity of the material will change the speed of sound waves through the material. Dense elastic materials like steel that regain their shape after deformation will have faster sound wave transmission than a "mushier" materials like rubber.
The type of material it is traveling through [medium]. In general, the more solid or dense the better sound conductor. Also temperature of the medium. Humidity of air can also strongly affect speed and clarity of sound.
There are various factors to be taken into account that will influence the transfer of energy through any medium. They are as follows:-
Physical and chemical makeup and characteristics of the medium
Static and dynamic thermal energy within the medium
Any physical changes to the medium properties occurring as a result of any absorption whilst the energy conduits through it
Absorption rates of the medium and temporary changes to physical properties when a thermal or resonating frictional load is applied via the energy through put
Amplitude and frequency of the energy wave or waves and their compositions. IE X-rays, IR, UV, Gamma, Alpha Etc.
This list is not exhaustive. Ambiguities will occur where the energy passes through different or mixed mediums one possibly effecting the other.
Another interesting thought is that all of these waves at some point can either be stopped or reflected, In which case they will either give up their energy into the medium through which they are passing or be deflected/reflected.
In the case of reflection, at some infinitesimal point, the photon for instance must be by definition, stationary, during the transition from forward motion to 180% reflected path. Taking that thought further, any deflection would also have a vector induced temporary loss of speed during the vector change transitional stage.
The positive side is that there are all physical changes and conform to natural laws therefore they are computable with suitable algorithms.
The above is my take on the and answer to your question. It is a bit of a can of worms. I would love to hear others takes on this answer.
Regards
Glen M MacLean, Kent, UK
The type of matter affects the speed of travel of the sound
The medium it is traveling through and the temperature. Sound travels faster through water than it does through air. Sound travels faster through hot air than it does cold air.
The property is amplitude. Sound waves are pressure waves, and the higher the amplitude, the higher the pressure created, and the louder the sound is.
The density of the medium through which the sound waves are propagated.
Density
Amplitude of a sound wave determines LOUDNESS.
the pitch of the sound.
Frequency and speed of propagation of the wave are independent of one another. The medium determines the speed of propagation.
Yes, a sound wave is a mechanical wave. Sound waves need a medium (like air) to travel through. The energy of the wave, the mechanical energy, is transferred into the medium through which it is propagated.
amplitude The amplitude of a sound wave determines its loudness or volume. A larger amplitude means a louder sound, and a smaller amplitude means a softer sound.
The amplitude determines the loudness of a sound wave.
Ultrasonic sound waves travel at the same speed as lower frequency sound waves. The medium determines the speed at which a sound wave, which is mechanical energy, can travel. Sound waves travel faster in liquids than in a gas (like air), and travel faster still in solids. The speed at which a sound wave travels is generally independent of the frequency of that sound. Use the link below for more information.
Amplitude of a sound wave determines LOUDNESS.
A radio wave travels about 874,000 times as fast as a sound wave,plus it doesn't need any material to move through, as sound does.
The amplitude determines the loudness of a sound wave.
the strength or volume of the sound wave :)
That's the wave's frequency.
the pitch of the sound.
Sound wave do not travel through vaccum as it need medium to travel.
At approximately 760 mph depending on the temperature of the room.
The amplitude of a sound wave.
The speed of sound at sea level is 340.29 meters per second.