Ethyl bromide react with Grignard reagent
CH3-CH2-Br + CH3-Mg_Br
CH3CH2Br +Mg _________ CH3CH2MgBr
CH3CH2MgBr+ CH3Br_____ CH3CH2CH3 +MgBr2
Convert ethyl bromide to propane
By wutrz synthesis
By Wurtz reaction of ethyl bromide with sodium metal.
No, they do not react.
no i cannot
you cant just use propane, you have to convert over
yes
By Wurtz reaction of ethyl bromide with sodium metal.
ethyl magnesium bromide to propanol
ethyl bromide is C2H5Br
acetone + ethyl magnesium bromide = 2-methyl-2-butanol
ethyl nitrite
Convert the ethyl bromide into Grignard's reagent, ethyl magnesium bromide then allow to react with dry ice (Solid carbon dioxide) then acidic hydrolysis produces the propionic acid. CH3-Br + Mg --- anhydrous ether---> CH3-CH2-Mg-Br CH3-CH2-Mg-Br + CO2 ----H+/H2O---> CH3-CH2-COOH
No, they do not react.
C3H7 is propyl and C2H5 is ethyl which also calles acetylene
the main products are : ethyl acetate, acetaldehyd, acetic acid, hydrobromic acid and ethyl bromide
multiplied by 1/4
When produced propane and butane is odorless and colorless. Ethyl mercaptan is the odorant added to propane and butane in the processing and refining process to provide a detectable odor. Under certain conditions the odorant in propane may oxidize and lose its destictive odor. This odor fade can occur in new steel containers when first placed into service and in older steel containers that have been left open to the atmosphere. Air, water, or rust in a propane tank or cylinder can also reduce propane odor concentration. Ethyl mercaptan is toxic although the amount added to propane is non-threatening.
No. Propane is vaporized in automotive applications.