what is slogen for chemical engineering?
96394
I'm a Materials Engineer (close to a Chemical Engineer) and am not familiar with a slogan for chemical engineering.  Chemical Engineers do many things, but many times are concerned with chemical processes, that is, desiging how the chemicals react and where the chemicals flow.  So a similar name might be Chemical Process Engineers, although process engineers are a little more concerned with controlling large scale production, while Chemical Engineers are more concerned with developing a functioning chemical process.  Does this help?
980626
ChemDraw from CambridgeSoft Corporation may be help you. Look at www.cambridgesoft.com
754842
thats not so hard... all you have to do is titrate it against an acidic solution of known concentration that has a mole ratio of 1:1with sls. add a indicator ( phenolphthaleine) to find the endpoint and that should do it.
228207
In TLC, the less polar compound will travel MORE, not less.  In your mixture, phenol will be the more polar compound because the phenol will interact more strongly with the silica gel of the plate than the ether.  You can also separate the two compounds by a base extraction of the mixture from an organic solvent.  The phenol will be extracted into the water layer and the ether will remain in the organic layer.
42026
It is used to contain the chemicals in the lab !!!
1181296
A number of possible answers but this site has a comprehensive description of the more efficient means:\n\nhttp://www.ucc.ie/ucc/depts/chem/dolchem/html/elem/elem001.html
967901
IITs are abviously the best.\nNITs and Jadhavpur university are equally good.\nBut an individual institute (also its very very good) devoted only for chemical engineering is:\nUniversity Institute of Chemical Technology, Mumbai.\nFor more details:
729728
Sodium Hydroxide----NaOH\n\nWhich is the same thing as lye.\nIt is commonly used in drain uncloging agents.
706477
An improved annular centrifugal contactor design is being commercially employed in numerous liquid-liquid extraction applications.  It is mechanically driven by a \ndirectly coupled motor at relatively low rotor speeds.  The combination of interchangeable heavy phase weirs and variable rotor drive makes this centrifuge applicable to a wide range of processes.  Single stage efficiencies of 90% or higher are typical for chemical systems with rapid kinetics.  Mixing and disengaging times range from 10 to 30 seconds each, dependent on the feed rate to the unit and the unit size.  Efficient two phase mixing is achieved in the annulus between the spinning rotor and fixed housing.  For versatility, a low mix sleeve can also be used to process shear sensitive liquids, often encountered in washing applications.\n\nAnnular centrifugal contactors with rotor diameters of 5 to 51 centimeters which range in throughput from 2 to 750 liters per minute are now readily available.  The criteria used to select the proper size and operating parameters needed will be discussed.  In addition, convenient methods of using this technology to convert batch to continuous processing will be given.   Advantages in yield improvement and waste minimization will be discussed, and process equipment footprint will be given.  Finally, some field examples which describe the versatility of this liquid-liquid centrifugal contactor will be presented. \n\nfor multistaging pl. click the link bellow:\nhttp://www.cheresources.com/centcontactor.shtml
985587
To answer it simply chemical engineering is used almost in all engineering disciplines - whether it is process engineering, metallurgical uses or evaluation, corrosion engineering, chemical and pharmaceutical industry, food processing or food preservation, agriculture - pest control and pesticides etc.\n\nIt helps you achieve the right blend of properties to get the right kind of steel, stainless steel, brass, copper, aluminum, silver, gold and hundreds of other alloys that  are specifically made for certain applications to name a few.
396426
A chemical engineering student once told me that chemical engineering was hardest.  They are basically specialized mechanical engineers (strength of materials, fluid flow, advanced math, heat transfer, basic electrical and electronics, etc. etc.) but must deal with an endless list of organic and inorganic chemicals and their reactions.  But if you study real hard, you can make your major hardest, right?  Good luck.
1044181
Electrical engineering is the way to go and you will have to study lots of mathematics that is true for chemical engineering as well . If you like chemistry better go for chemical.All depends on your interest .You wouldn't like doing 8 hours daily a thing you have no interest in.If you go for MS and higher then I don't think there's much difference in career prospects.
442049
The scopes are boundless. Chemical engineers can go into medicine, textiles, oil and gas, materials, pharmaceuticals, plastics, and anything else that you can think of. Search the net for chemical engineering careers.
140226
ethanol and oil\nwater and chloroform
791931
Precipitation:: Precipitation is the formation of a solid in a solution during a chemical reaction. When the chemical reaction occurs the solid formed is called the precipitate. This can occur when an insoluble substance, the precipitate, is formed in the solution due to a reaction or when the solution has been supersaturated by a compound. The formation of a precipitate is a sign of a chemical change. In most situations, the solid forms ("falls") out of the solute phase, and sinks to the bottom of the solution (though it will float if it is less dense than the solvent, or form a suspension).\n\nThis effect is useful in many industrial and scientific applications whereby a chemical reaction may produce a solid that can be collected from the solution by various methods (e.g. filtration, decanting, centrifuging). Precipitation from a solid solution is also a useful way to strengthen alloys.\n\nAn important stage of the precipitation process is the onset of nucleation. The creation of a hypothetical solid particle includes the formation of an interface, which requires some energy based on the relative surface energy of the solid and the solution. If this energy is not available, and no suitable nucleation surface is available, supersaturation occurs.\n\n\n\nAggregation::Particle aggregation in materials science is direct mutual attraction between particles (atoms or molecules) via van der Waals forces or chemical bonding.\n\n\n\nCoagulation::The transformation of liquid into jelly like semisolid mass.\n\n\nFlocculation::Flocculation refers to a process where a solute comes out of solution in the form of floc or "flakes." The term is also used to refer to the process by which fine particulates are caused to clump together into floc. The floc may then float to the top of the liquid, settle to the bottom of the liquid, or can be readily filtered from the liquid.
410418
As a rule of thumb, you'd probably want to do general ChemE.  Doing something like Environmental Engineering is a pretty specific field.  If you like that and really want to do it, fine, by all means do it.  However, I would suggest for the bachelor's degree to do something general like traditional Chemical Engineering.  Then, if you want something specific, go to graduate school and get a master's degree in something more specific.\n\nOf the people in my graduating ChemE class, most didn't get jobs in "traditional" ChemE stuff.  One of the things about ChemEs is we tend to be versatile and can go into many different fields... another reason to do something more general.\n\nHope that helps.
882835
Probably carbon latice structures, like buckeyballs or nanotubes.  These could then contain the smaller compounds that are doing the desired work.