typical sound velocities (longitudinal waves) in different materials:
air 343 m/s
aluminium alloyed 6380 m/s
aluminium unalloyed 6320 m/s
aluminium oxide 9000-9850 m/s
steel (austenitic) 5650-5850 m/s
steel (ferritic) 5920 m/s
steel casting 5730 m/s
The speed of sound in steel depends greatly on the type of steel.
The range is typically 4,500 m/s to 6,100 m/s.
This applies only to simple compression waves since shear waves are more complex, but that is a different question.
For more explanation, see related links.
Sound is a wave that propagates through medium. Its propaogates due to rarefaction and compression formed by the particles. And denser the medium faster the sound travels.
it takes about 4.5 seconds for an out feilder to here the hit of the to the ball
The speed depends on the density of the alcohol which, in turn, depends on which alcohol. The speed of sound in methanol is 1076 metres/sec, in ethanol it is 1207 metres/sec.
At 4500kilometers
5130 m/s
aluminum
Speed of sound in iron = 5120 metres / sec = 11453 miles / hour
It is sound travelling through a dense medium, like iron, for example.
That completely depends on what "slowly" means to you.Sound propagating through iron is quite slow compared to the speed of lightin vacuum, but is substantially faster than the same sound in air.
The speed of sound in steel is faster than the speed of sound in air.
The speed of sound in the 3 states of matter is variable. Dependent on density, temperature, humidity, and many other properties.In 77°F water the speed of sound is 1497m/s (2409km/s)In dry 68°F air, the speed of sound is 768mph (1236kmh).The speed of sound in solid matter is different depending on basically what the solid is, and it's properties.In iron the speed of sound is 5130m/s (8255km/s), in lead it is 1322m/s (2127km/s)The formula for the speed of sound is as follows:c equals the square root of C divided by P.c = Speed of sound.C = Coefficient of stiffness.P = Density.
This is the speed for sound in iron grey cast iron may be higher than this
Speed of sound in iron = 5120 metres / sec = 11453 miles / hour
5120 m/s
It is sound travelling through a dense medium, like iron, for example.
One source on the Internet (http://www.bamr.co.za/velocity%20of%20materials.shtml) has the speed of sound in various glasses between 4260 and 6800 m/s and that source has the speed of sound in steels 5900 to 6100 and cast iron 3500 to 5600 So according to that source the speed of sound is comparable in both iron and glass with the variations giving lower speeds in some iron compounds/manufacturing states then the lowest speeds in glass and some glasses having higher speeds than steels.
That completely depends on what "slowly" means to you.Sound propagating through iron is quite slow compared to the speed of lightin vacuum, but is substantially faster than the same sound in air.
assuming 1-D chain of Iron(56) atoms with interatomic separation 2.5A spring constant 4eV/A^2 then calculation gives the speed 6551m/s which is 6.551 km/s
The speed of sound in a solid is faster than the speed of sound in air.
The speed of sound in steel is faster than the speed of sound in air.
The speed of sound in the 3 states of matter is variable. Dependent on density, temperature, humidity, and many other properties.In 77°F water the speed of sound is 1497m/s (2409km/s)In dry 68°F air, the speed of sound is 768mph (1236kmh).The speed of sound in solid matter is different depending on basically what the solid is, and it's properties.In iron the speed of sound is 5130m/s (8255km/s), in lead it is 1322m/s (2127km/s)The formula for the speed of sound is as follows:c equals the square root of C divided by P.c = Speed of sound.C = Coefficient of stiffness.P = Density.
No, the speed of sound is faster in solids.
It depends on the substance the sound is traveling through. If the sound is traveling through air, it is usually about 800km/h. If it is traveling through water, the speed is about 4000km/h. If it is traveling through cosmos, its speed is 0km/h.