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no it is exothermic
An addition reaction, specifically it is called hydrogenation.
In a chemical equation you have the reactants on the left hand side of the arrow and the products on the right. The products are what you get after the reaction occurs. A + B -> C + D The products are C and D.
Due to fast reaction and increase D20 value or Hardness and low quantity of Hydrogen gas used catalysts are required for the reaction to be usable , as non catalytic hydrogenation takes place only at very high temperatures
Reactants are consumed during a reaction, the results of the reaction are products. The reactants can be an element, molecule, or selection of different molecules.
no it is exothermic
The products in a decomposition reaction depend on what the reactants are in that decomposition reaction. The products will be different depending on the reactants.
The reaction is known as hydrogenation.
An addition reaction, specifically it is called hydrogenation.
In the first stage reactor, di-olefins are being hydrogenated. Cheng et al. (1986) studied the kinetics of pyrolysis gasoline hydrogenation over the supported palladium catalyst. The hydrogenation reaction is proposed as the following consecutive way: Conjugated diene -----> monoolefin.......> alkane
It doesn't. Catalysts merely speed reactions along, they do not make them happen - that is the definition of a catalyst. Industrially, catalysts are important in making chemical reactions economically fast.
Hydrogenation - to treat with hydrogen - is a chemical reaction between molecular hydrogen (H2) and another compound or element, usually in the presence of a catalyst. The process is commonly employed to reduce or saturate organic compounds. Hydrogenation typically constitutes the addition of pairs of hydrogen atoms to a molecule, generally an alkene. Catalysts are required for the reaction to be usable; non-catalytic hydrogenation takes place only at very high temperatures. Hydrogen adds to double and triple bonds in hydrocarbons.Because of the importance of hydrogen, many related reactions have been developed for its use. Most hydrogenations use gaseous hydrogen (H2), but some involve the alternative sources of hydrogen, not H2: these processes are called transfer hydrogenations. The reverse reaction, removal of hydrogen from a molecule, is called dehydrogenation. A reaction where bonds are broken while hydrogen is added is called hydrogenolysis, a reaction that may occur to carbon-carbon and carbon-heteroatom (oxygen, nitrogen or halogen) bonds. Hydrogenation differs from protonation or hydride addition: in hydrogenation, the products have the same charge as the reactants.An illustrative example of a hydrogenation reaction is the addition of hydrogen to maleic acid to form succinic acid. Numerous important applications of this petrochemical are found in pharmaceutical and food industries. Hydrogenation of unsaturated fats produces saturated fats and, in some cases, trans fats.
Quinoline "poisons" the Lindlar catalyst, thereby enhancing its selectivity. This prevents the hydrogenation reaction from going from the alkyne to the alkane, and instead from the alkyne to the alkene.
COMPLETE reaction - ALL of the reactants are reacted into different products. INCOMPLETE reaction - NOT ALL of the reactants are reacted into different products. ie. some of the original substance remains.
---(CH=CH)n-- + n H2 -------> (-CH2-CH2-)n
They contain different combinations of particles.
Salts are the products of a reaction between an acid and a base (a neutralization reaction).