"specific heat"
High specific heat.
a bulb with a thin glass wall
It's a liquid over a fair range of temperatures and it expands and contracts noticeably with small changes in temperature.
I am pretty sure that it is the temperature which is applied to the substance. For example when heat is applied to a solid it melts, causing it to change from one phase to another. Also when a liquid freezes the temperature drops and it converts into a solid.
Room temperature IS room temperature, you question makes no sense.
inertia
Inductance
Inertia.
High specific heat.
its depends on the temperature.
It is the possibility to allow a change that makes it possible to have waves in the first place.
No
There are some factors. Temperature, medium are that factors.
heat makes gas expand and cold makes gas liquify
Both. This is only true with water.
Inertia is the property of a body that makes it oppose any force that causes a change in motion.
No, viscosity, the property that makes honey, say, flow slower than water, goes up - becomes more thick - as the temperature decreases. A high viscosity liquid like, say, cold molasses, flows very slowly. Its viscosity is high. To make cold molasses flow faster, it is warmed so that its viscosity goes down. (But the 'runniness' increases) This is a hard term . . . think of viscosity as the ability to resist flowing, or to resist cutting with a knife. BUT . . . and what is confusing is that while viscosity goes down, runniness increases, if that helps, any.