how do you turn a liquid into a solid?
931739
By lowering temperature.
957050
all things have a solid liquid and gas state. it just depends on the temperature.
119253
several ways to measure volume.\nfor a liquid you can use a graduated cylinder and measure the volume in milliliters, liters or some similar unit.\nfor a reqular shaped solid you can calculate the volume by measuring the dimensions.\nfor a strange shaped solid you can submerge it in water and measure the difference before and after. Archimedes figured that one out about 2000 yrs ago.
175159
Solid\nCopper melts at 1083ºC
1105311
Here is a cool site where you can convert just anything into something else...\n\nhttp://www.onlineconversion.com/
852453
The previous answer is partially correct.\n\nWater reacts with the excess acetic anhydride which is converted to acetic acid.\n\nSince the product is only slightly soluble in water, this also makes it possible to collect the product as a solid.
971927
Sure, take a plastic bottle, like an empty coke bottle.  Punch a couple of holes in it, and put in a little piece of cork or styrofoam.  Fill it with real salty water (you'll need a lot of salt!).  Since salt water is heavier than pure water, it will sink, but after awhile the salt water will run out of the holes and fresh water will replace it, and the cork or styrofoam will make it float.  You'll have to experiment with the size of the piece of styrofoam, it needs to be small so it barely makes the bottle float.\n\nGood luck!\n\nAnd make sure your floating piece isn't going to soak up water, or of course it won't work.
665494
It can be made by dehydration of acrylamide\nCH2=CH-C(O)NH2 --> CH2=CH-CN + H2O\nP2O5 is a good reagent for that.
1078591
a salt water mix. mix it in a spray bottle. should turn it pretty quick depending on how much salt you use.
587553
It depends on the temperature and pressure.  At standard conditions (atmospheric pressure, room temperature), it's a solid.
497218
Some quick help now\n1. Brass is a solid solution; copper is the solvent and zinc is the solute it is also an alloy so it may get you 6 as well. \n2. A bottle or can of a soft drink unopened is LeChatelier's Principle. It is at stasis until it is opened, thus the volume is larger and the equilibrium is disturbed until it gets back to equilibrium by outgassing the CO2.\n3. Take salt and sugar and mix them together. Large state of entropy. Hard to unmix them. \n5. Volatile solid: mothballs - naptha. Viscuous liquid - container of car engine oil\n7. That is a mole of something. Water H2O - 2 Hydrogens + 1 oxygen  (2 X 1.00 + 1X 15.999 = 18 atomic mass units) = 18 amus expressed as grams = 18 grams has 1 mole 18 grams of water is 18 ccs. So get something that holds 18 ccs or 18 mls of water. Small bottle.
831148
Sea salt melts it quickly.\n\n\nPeace
90516
This can be done with a density gradient column.  It is made of 2 fluids that are carefully mixed so that the density of the mixture varies from the top of the container to the bottom.  An object will then come to rest where its density matches the mixture.  This is actually a very accurate way of determining the density of materials.  However, over time the fluids in the column mix by diffusion and will eventually cause the suspended objects to sink or float.
761706
take plastic, turn in into a ball.... its not rocket science man!
318052
TAKE A SPOONFULL OF HONEY AND POUR INTO A GLASS FULL OF WATER SLOWLY. IF THE HONEY FALLS IN A STRAIGHT LINE, WHAT YOU HAVE GOT IS SOMETHING PURE! IF IT DOESNT AND DISSOLVES, IT HAS BEEN ADULTERATED.
867788
Liquid.  Melting point is 600.65K
304001
I suggest that you create a supersaturated solution first. Reason being that the more highly saturated the solution, the better the formation of the crystal and the larger the end product. This can easily be done by heating your solvent to a very high temperature and stiring in copious amounts of whatever is going to make up your crystal. Lower the heat as it goes and you should idealy end up with a very viscous solution, not so much of a liquid but more to the kind of stuff you get when you mix a bit of cornstarch with water. Thereafter dump everything in a beaker or bowl and suspend a thin wax thread in the solution itself. Cover up the bowl and leave to set for a few days. If you have done it correctly you should see a very nice, large crystal forming. Just a note though, don't let the thread touch the bottom of the bowl or even any thing other than the solution, or your crystal will be lopsided