Where can I find a table of expansion coefficients for liquids?
80429
The CRC Handbook of Chemistry and Physics has all kinds of good information like that (although it is pricey).\n\nOr, search the web for the specific liquid of interest.
408399
Best damn site period.  I use it all the time.\n\n\nhttp://www.advancedphysics.org/
950567
x^1=x+(coefficient of linear expansion called alpha)*xt\nx^1=New length\nx=Original length\nt=change in temperature\n{values are given in table form in Physics or Engineering books}
557738
http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/water.html\n\nsee the picture here!
17443
STN, owned by Chemical Abstracts Society, has dozens of databases for this purpose.\nhttp://www.cas.org/stn.html\nAlso, look at the Diaglog service, by Questel.Orbit.
789189
1\n\nIn the future, this site is excellent.\n\nhttp://www.onlineconversion.com/volume.htm
804468
You need to look up the entropy for all compounds, multiply by the entropy by the stochiometric coefficients (e.g. 4 for NH3, 3 for O2). Then subtract the left side from the right side.\n\nVery simple actually, once you find the data.
346483
Define\nR - radius of cylinder\nL - length of cylinder\nh - level of liquid\nV - volume of liquid\n\nFor h < R liquid volume will be a volume of a cylinder segment with height h.\nV = L*(R^2*acos((R-h)/R)/2 - sqrt(R^2-(R-h)^2)*(R-h)/2)\n\nFor h > R liquid volume will be a volume of a whole cylinder without a cylinder segment with height (2R-h).\nV = L*pi*R^2 - L*(R^2*acos((h-R)/R)/2 - sqrt(R^2-(h-R)^2)*(h-R)/2)\n\nacos() is an excel name of arccosine, inverse function to cos().
183118
http://scienceworld.wolfram.com/physics/YoungsModulus.html\n\nhttp://physics.uwstout.edu/Univphys1/labs/ymodul.htm\n\nTry them..
53189
http://tigger.uic.edu/~mansoori/Thermodynamic.Data.and.Property_html\nhttp://www.aii-usa.com/proezgc/database.htm\nhttp://theweatherprediction.com/thermo/images/\nhttp://www.lib.utexas.edu/chem/info/thermo.html
121167
http://hyperphysics.phy-astr.gsu.edu/Hbase/surten.html
797602
The coefficient of thermal expansion for the liquid in the thermometer (mercury, alcohol, etc.) is greater than that for the glass capillary tube it is in.  Therefore, as the thermometer heats up, the liquid expands relative to the tube and is forced up the tube.  Conversely, when the thermometer is cooled, the liquid is drawn back down the tube.  The small bulb of liquid at the base of the thermometer magnifies this effect.
249904
Elements of Photonics, Volume II by Keigo Iizuka\nISBN: 0471408158\n\nThe above book has a table of elasto-optic constants.
383259
go to\nwww.chemistry.com
876892
Pressure, volume/specific volume, temperature, entropy, enthalpy, specific heat, atomic weight, and thats all I can think of off the top of my head
760173
No. Your best bet is chemfinder.com. You can also find a lot of chemical data on wikipedia. I have to make a table of chemicals for all of my labs and I use those two sites.
93462
I hope this helps:\n\nhttp://chemistryformulas.com/