what is the liquid fuel given out by rubeer when heated?
101806
If you are asking about the liquid that can be recovered from a pile of burning tires, it is similar in composition to "bunker fuel", a cousin, but much heavier than diesel fuel.
1018878
Lithium boils at 1342 C.\nhttp://www.lenntech.com/Periodic-chart-elements/Li-en.htm
226004
Exothermic\n\nSugar(with yeast)--->\nalcohol+carbondioxyde+heat
735251
I'm not sure they mix and if they don't I don't know which one floats on the other.\nGet a jar and pour in one then the other. Hope there is a colour difference. If they do not separate then your idea should work.\nIf they do separate it depends on which fuel will be at the level of the fuel pick up in the tank.
303776
Gasoline + Oxygen = CO2 + H2O + NOx + SO4 + energy
1001284
Dilution (with liquid)\nOxidation (heat)\nAggregation (mixing different ingredients)\nFrustration (when it comes out burnt)
980937
Sodium reacts with water and air. It must be stored under oil.
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.
1152722
A typical liquid engine uses hydrogen as fuel and oxygen as oxidant; a typical solid propellant is nitroglycerine. In the liquid engine, the fuel and oxidant are stored separately at extremely low temperatures; in the solid engine, the fuel and oxidant are intimately mixed and loaded directly into the combustion chamber. A solid engine requires an ignition system, as does a liquid engine if the propellants do not ignite spontaneously on contact.
1105070
Come on, you don't know?\n\nThe burner has a weighted base with a connector for a gas line (hose barb) and a vertical tube (barrel) rising from it. The hose barb is connected to a gas nozzle on the lab bench with rubber tubing. Most lab benches are equipped with multiple gas nozzles connected to a central gas source, as well as vacuum, nitrogen, and steam nozzles. The gas then flows up through the base through a small hole at the bottom of the barrel and is directed upward. There are open slots in the side of the tube bottom to admit air into the stream via the Venturi effect, and the gas burns at the top of the tube once ignited by a flame or spark.\n\nhttp://en.wikipedia.org/wiki/Bunsen_burner
106668
The external tank on the space shuttle uses liquid Hydrogen and liquid Oxygen.  I hope that helps.
1150337
propane is 4.2 pounds per gallon as a liquid
1118753
Take 2 hard glass boiling tubes.In one of the tubes put small pieces of wood, and some water in the other tube.Heat the first tube with burner.First heat gently and then strong heating.Through a delivery tube collect all the gases produced in the first tube under water in the second tube.By means of another delivery tube the gases over water in the second tube is taken out. This gas is simply called wood gas.Though we call it wood gas it is not a simple gas but a mixture of many.You will see  drops of black liquid at the bottom of the second tube .This black liquid is called tar.Usually methanol and acetic acid is produced which mix with water in the second tube.Residue left in the first tube is charcoal.\n\n\nBoiling point of methanol is abt 65 degree celcius and boiling point of acetic acid is 118 degree celcius. Acetic acid is a high boiling liquid then methanol. On the other hand, water has a boiling point of 100 degree celcius.Now apply fractional distillation to separate the three. For fractional distillation visit:\nhttp://en.wikipedia.org/wiki/Fractional_distillation
1059927
liquid propane and natural gas
134246
The Latent heat of Fusion and Latent heat of Vaporization refer to how much energy must be put into a substance (or taken out) in order to change its phase after it has reached its melting/boiling points respectively.\n\nTake water for example [boiling point 100 C, melting point 0 C].\nWhen you are boiling water, the temperature continues to increase until it seems to stop at 100 degrees C.  At this point, water begins to boil and until all the water has boiled off, the temperature will remain constant.  However, obviously, energy is still being put into the system (that is what is causing it to boil) but you dont see a temperature increase.  This enegry is going directly into boiling water, not increasing its temperature, thus it is somewhat "hidden".\n\nNow take water freezong into ice.  As water is cooled dowbn, its temperature will decrease until it reaches 0 degrees C.  At this point water is still a liquid, but is on the verge of becoming ice.  In order to make that liquid water into solid ice, additional energy need to be taken out of it, the Latent heat of fusion.  All the while, as the water freezes, its temperature stays a constant 0 degrees C, it will not continue to decrease until the watrer is frozen.
39906
Liquid nitrgen absorbs heat as it boils away. Its boiling temperature at normal atmospheric pressure is about -270 deg F. Almost all mechanical refrigeration uses a boiling substance (refrigerant) to absorb heat. \n\nREK Mechanical engineer
433716
First off, how combustible is this liquoir? How hot will it burn? You'll need to know in order to figure out what materials to use in the furnace. Secondly, does this liquid contain any heavy metals such as lead or mercury? It may be very unsafe to burn waste products of paper mills. You'll need to also contain the smoke as it may be full of harmful chemicals. You'll need an analysis of the liquoir and check with your local government regulators for restrictions.\nHowever, if all works out, you can start with an Oil furnace burner. It's designed to burn oil and should be able to burn your liquoir as long as it isn't too full of alcohol. A container with a check valve system and protective housing will be needed to hold the liquid and protect the area around it. You'll need a burn chamber lined with material that won't burn or melt with the heat. Most importantly, you'll need a way of removing, and possibly filtering, the exhaust. \nBe careful and check the regulations first. It may be easier, and better for everyone, to find a disposal company that may actually process the liquid or dispose of it safely.