what happens to interstellear gas as it passes through a spiral density wave
Most interstellar gas is at a lower temperature than that of stellar atmospheres and the density of interstellar gas is less than that of stellar atmospheres.
The density or pressure of this gas is much lower than can be produced in a laboratory.
The interstellar medium is an extremely sparse (tenuous) mix of gas and dust, some of the gas being ionized, some atomic, and some molecular. By composition the gas is largely hydrogen, with smaller amounts of helium and very small amounts of heavier elements. There are also cosmic rays which are protons and nuclei which have been accelerated to near-relativistic speeds. In cooler, high-density areas, the interstellar medium can become as dense as one ten-billionth that of air.
Lithium is the metal with the least density. It is in the 1st period. The density of it is 0.53gm-3.
what happens to interstellear gas as it passes through a spiral density wave
Most interstellar gas is at a lower temperature than that of stellar atmospheres and the density of interstellar gas is less than that of stellar atmospheres.
The density or pressure of this gas is much lower than can be produced in a laboratory.
An interstellar cloud made of gas, dust, and plasma in a galaxy.
An interstellar cloud.
well becase of its physical properties water is less dense
Interstellar gas and dust.
A nebula is what it is. :)
Interstellar gas and debris.
These are generically referred to as, not surprisingly; 'interstellar clouds'
The interstellar medium is an extremely sparse (tenuous) mix of gas and dust, some of the gas being ionized, some atomic, and some molecular. By composition the gas is largely hydrogen, with smaller amounts of helium and very small amounts of heavier elements. There are also cosmic rays which are protons and nuclei which have been accelerated to near-relativistic speeds. In cooler, high-density areas, the interstellar medium can become as dense as one ten-billionth that of air.
solar nebula