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Answered 2012-07-27 20:23:26

Propane??

Well, propane is used as a fuel

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The formula for propyne is CH3C-CH The forumla for 1-propyne is CH-CCH3 It's a matter of redundancy.


The chemical formula of propyne is CH3C≡CH.


The formula for propene is c3h6 the formula for propyne is c3h4.


there are 2 pi bonds and 1 sigma bond in propyne (alkynes)


Propyne (methylacetylene)


Carbon and hydrogen can be converted to acetylene by Bredicts arc method at high temperature and pressure. Treatment of acetylene with NaNH2 followed by methyl iodide gives propyne. Hydrogenation of propyne gives propane.



React acetylene with 1 equivalent of NaNH2 to form sodium acetylide. Reaction of sodium acetylide with methyl iodide will give propyne.


This formula can refer to Cyclopropene or Propyneor Propadiene



Common name of propyne is Methyl-acetylene


Allylene is another name for propyne, an alkyne HC≡C-CH3.


The 3 in front of the propyne means that the triple bond is between the 3rd and 4th carbon of the longest carbon chain in the molecule. However, you only have 3 carbons in a chain.


both are examples of alkynes and hence have similar chemical properties.


Propylene and propene are synonyms for the same compound with the chemical formula C3H6.If you meant "which is more reactive: propene or propyne", the former being the alkene (contains a double bond) and the latter being the alkyne (contains a triple bond), then propyne should be the more reactive.This is, perhaps, due to the relatively higher steric accessibility of the 4 π(pi)-electrons in propyne (uncited).


Propyne is considered to be an unsaturated aliphatic hydrocarbon, these chemical substances tend to be extremely non polar. Water on the other hard is an extremely polar substance and thus would rather prefer to solvate itself than the non polar propyne. Using a solvent such as heptane or benzene would be much more likely to solvate propyne.Keeping the temperature of the solvent as cold as possible will maximize the potential to dissolve the gas. Propyne may also be "solvated" in a solution containing sodium amide (or stronger super base) as it forms the acetylide ion which will be soluble in the solvent the sodium amide is dissolved in.


Methane, Ethane, Ethene, Ethyne, Propane, Propene, Propyne etc are all examples of hydrocarbon.


They may be ethene, propene! ethyne, propyne and all the unsaturated hydrocarbons


method 1: propyne + H2 on Pt catalyst => propane. then do free radical halogenation with Br2, which will prefer to add to the most substituted carbon atom, giving 2-bromopropanemethod 2: propyne + H2 on poisoned catalyst (ex Lindlar's) => propene. next do oxymecuration/demercuration (which tends to give you the more substituted alcohol) to yield isopropanol. next, brominate with HBr or P + Br2 or PBr3, etc to yield 2-bromopropane.


alkenes and alkynes are the example of unsaturated hydrocarbons. alkenes----> ethene,propene etc alkynes----->ethayne,propyne etc.


Do hydrogenaton ie H2 in presence of Ni/Pd/Pt two times ie from alkyne to alkene and then to alkane


the polymer of ethyne or any other compound like propyne will be a conductor because it will have resonance because of alternating double bonds ....these plastics are used to make light batteries,light wires ,etc these are very light and have conductivity comparable to metals..........abhishek


There are three possible isomers, a) CH2=C=CH2 , propadiene b) CH≡C-CH3, propyne and c) cyclopropene


Propyne is a linear hydrocarbon with 3 carbons and 4 hydrogens. Two of the carbons are triple bonded, the remaining carbon is single bonded to the middle carbon Starting at the single bonded end, you have three hydrogens bonded to the first carbon, which is single bonded to the middle carbon. The middle carbon is triple bonded to the last carbon. The last carbon is also bonded to a hydrogen. H ...\ H-C-C≡C-H .../ H


Three carbon atoms can be arranged in a triangle (cyclopropane), an approximately 109 degree angle (propane), a 120 degree angle (propene), or linearly (propyne).



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