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CH3CH3 + Br2 + hv ==> CH3CH2Br (free radical halogenation)CH3CH2Br + NH3 ==> CH3CH2NH2 (Sn2)
CH3-CH2-Cl... choloro ethane or ethyl chloride...
Because chlorination of n-pentane gives various isomers of C5H11Cl but chlorination of ehtane gives only ethyl chloride.
Sodium chloride doesn't react with ethane.
When ethyl chloride is reduced with atomic hydrogen ethane and HCl are formed, Zn + 2HCl -------> ZnCl2 + 2[H] CH3-CH2-Cl + 2[H] -----> CH3-CH3 + HCl
convert ethyne into ethane
No, Ethyl referrs to the radical C2H5 - it comes from ethane (C2H6) with one hydrogen atom removed. Acetylene is C2H2. And it is not a radical like Ethyl is.
Ethoxyethane Ethyl = 2 carbons ethane + oxygen + ethane = ethoxyethane
There are many selected formulas of organic compounds. For example those containing hydrocarbons. Ch3ch3 is Alkanes and ethane compound. Ch3ch2ci contains halogen and ethyl chloride.
Non-Polar
W. J. McCardie has written: 'Ethyl chloride as a general anaesthetic' -- subject(s): Ethyl chloride, Anesthesia
when ethane reacts with Br in presence of sunlight, it forms Ethyl Bromide(C2H5Br) and then after dehydrohalogenation of the product obtained will give Ethlene (C2H4)