Give me an example of a solid to liquid to a gas?
140640
An ice cube melting on the counter and evaporating into the atmosphere.  Solid to liquid to gas.
421274
in gasses and liquid the molecules are bound with weaker forces or unbounded and due to difference of concentration the diffusion of gasses and liquid takes place but in case of solids the molecules are bounded with mettalic or ionic bonds which are so strong that they can't break easily and that's why the diffusion of solid not takes place
903700
That is definitely not correct!!\n\nFor example water (H20) is very very different from the two gases that make it namely hydrogen (H2) and oxygen (O2)
1107804
if i recall correctly you are mixing two (or more) substances together, generally liquid, and solids form and precipitate out of solution.  (basically some solid chunks form from the mixture of the liquid)
886442
most solids are more dense than the same substance in liquid phase and will sink.  Water/ice is an exception to this rule.
569714
The process in which a solid (soil) takes on the characteristics of a liquid as a result of an increase in pore pressure and a reduction in stress. In other words, solid ground turns to jelly.\nwww.msnucleus.org/membership/html/jh/earth/dictionary/platedict.html\n\nChanging a solid into a liquid.
276407
It is possible by a process called distillation where the mixture is slowly warmed n the outcoming gases are cooled and collected but I am not sure that it will work out with common laboratory apparatuses.
23633
Solid to gas Sublimation\nSolid to liquid Melting\nLiquid to solid freezing\nLiquid to gas Evaporation\nGas to liquid Condensation\nGas to solid Solidification
843827
Lets start with the pure substance.  It is all the same element or compound.  Solid, liquid or gas, the entire sample is exactly the same no matter where we look at it.  It is considered homogeneous.\n\nTwo or more pure substances when mixed to become homogeneous are called a solution.  Solutions can contain solids, liquids or gases but must be homogeneous (the same in all areas).  Most important solutions contain one or more solids dissolved in a liquid.  The solids are called solutes and the liquid is called the solvent.  When the solutes are mixed with the solvent, the homogeneous solution is formed.\n\nA mechanical mixture is a mix of substances where the final sample is not homogeneous.  Sand is a good example.  Even if fused into sandstone, some areas are different than other areas.  These are called heterogeneous.  Smoke floating in air is heterogeneous.  It is also a mixture.\n\nImpress your teacher with this example of a sample which contains only one element, but is still a mixture.  Diamond dust mixed with graphite dust.  Both diamond and graphite are made of pure carbon, yet the mixture is heterogeneous so it is a mechanical mixture.
1031001
You could class them as soft solids, since they do not flow. They may be very viscous liquids... but solid is the closest definition.\n\nThe are not truley fluid {which means "gas or liquid" in Physics}, since I can put it in a bowl and it won't coat the bottom.
827958
The first part is correct.  If the numbers in the second part are correct, it is true only for an ideal gas.  Other materials have various densities in their liquid and solid states.
905373
if u are referring to expansion due to heating than the order of expansion of the substances from lowest to largest is solid, liquids, than gases. But a solid's expansion is extremely low, almost impossible to measure unless its a metal.
417834
Something that requires water in order to become a true Base\n\ne.g. CaO + H2O -> Ca(OH)2
511368
It is possible to compress all gases, liquids, and solids. It is simply a fact that liquids take much more pressure than gases, and solids much more than liquid. The reason for this is the spacing between atoms. In gases, there is a lot of spaces between atoms, so it only takes a little pressure to close these spaces, and hence pressurise the gas. Obviously, with liquids such as water, the gaps are FAR smaller, so there is much less room for the atoms to move into, so it needs a MUCH, much higher force to pressurize it.\n\nYou would also need to take temperature into account, because as the temperature of a gas/liquid/solid increases so does the size of the spaces between atoms, and thus a lower force is needed to pressurize the substance.\n\nSo the answer to your question is that yes, there IS a presuure at which it would be possible to pressurize water, but it is going to be extremely high, and will vary depending on several other factors
518364
liquids and gases only.\nparticles must be able to move around to form convection currents and solid particles are not free to move about.
1154934
Online conversion figures these things out for you!\n\nYou have to choose liquid or dry matter.  But the answer is there.
853597
both have a solid, liquid, and gas phase.  it's just that to get CO2 in the liquid phase takes a lot of effort and is highly reactive in terms of it quickly evaporates to the preferred state of gaseous CO2.  just think of what each is at RT and that will help when you look at the phase diagrams