Short answer- it will travel through gases fairly slowly, through liquids a lot faster and through solids very fast.
Longer answer- It depends on temperature and molecular weight (among other things) of the gas, the density, temperature, pressure etc... of the liquid and the density and internal structure of the solid.
In general, the more dense the medium (liquid, solid or gas that it's travelling through) the quicker it will go. For comparison, sound travels through the air (a gas) at around 765mph. It will pass through water (a liquid) at around 3322mph but it will go through iron (a solid) at a staggering 11464mph! This is why putting your ear to a train track allows you to tell if a train is on the way far in advance of you being able to "hear" it through the air.
Making things more complicated is the fact that different kinds of sound waves can travel through the same solid at different speeds, this is something that scientists studying earthquakes have to worry about.
Solid
Sound waves travel through matter, whether solid, liquid, or gas. They do not travel through vacuum.
They travel faster through solids
Only by longitudinal mode
No. Sound waves must travel through a medium, such as air, liquid, or a solid.
Solid
A liquid
Sound waves travel through matter, whether solid, liquid, or gas. They do not travel through vacuum.
They travel faster through solids
Only by longitudinal mode
No. Sound waves must travel through a medium, such as air, liquid, or a solid.
Solid. Because it's more dense.
No. Sound will travel through any sort of matter, gas, solid, or liquid.
Sound can be transmitted through all mediums (liquid, solid, gaseous) except vacuum.
It travels through all three, but at different speeds.
Sound travels by vibrating through matter (solid, liquid, gas) A vacuum is the absence of matter and with out matter there is nothing for sound to travel through
Sound waves travel through the three states of matter (gas, liquid and solid) by vibrations.