Grade 12Inorganic Chemistry
how grignard reagent used to prepared ethane
how grignard reagent used to prepared ethane
6 Answers
sonika p
ROH + CH3CH2MgBr = CH3CH3
any compound containing active hydrogen on treating with ethyl magnesium bromide gives ethane
Swapnil Saxena
Treat C2H5MgX with H2O or alcohol or any other H+ ion donor, in this way ethane would be formed
avinash balasa
Grignard reagent + water------------>ethane + cl-Mg-OH
nikhil arora
grignard reagent are very reactive, they abstract H atom from any source of proton and forms alkanes.
to prepare ethane u can take CH3CH2MgCl + H2O or dil HCl ------> CH3CH3
G Narayana Raju
E.Nandhini ketha
ethane could be produced with the by-product of R-OMgX, where R stands for the alkane, and X stands for the Halogen,
Other Related Questions on inorganic chemistry
Total number of structural isomers of
[Co(NH3)6][Cr(CN)6]
Total number of structural isomers of
[Co(NH3)6][Cr(CN)6]
[Co(NH3)6][Cr(CN)6]
inorganic chemistry
Last Activity: 3 Years ago
Why is boiling point of Cesium higher than that of Rubidium
Why is boiling point of Cesium higher than that of Rubidium
inorganic chemistry
Last Activity: 3 Years ago
which isomer mentioned in (a) is water soluble and why?
which isomer mentioned in (a) is water soluble and why?
inorganic chemistry
Last Activity: 3 Years ago
A gaseous mixture contains CO2 and CO the mass of the mixture is 200g and they are presenting equal fraction of moles . Find the total no. of O-atoms present in the mixture.
A gaseous mixture contains CO2 and CO the mass of the mixture is 200g and they are presenting equal fraction of moles . Find the total no. of O-atoms present in the mixture.
inorganic chemistry
Last Activity: 4 Years ago
a gaseous mixture contains O2 , N2 and He in equal fraction of moles . Find the mass of He if 28g of N is present and 32g of O is present.
a gaseous mixture contains O2 , N2 and He in equal fraction of moles . Find the mass of He if 28g of N is present and 32g of O is present.
inorganic chemistry
Last Activity: 4 Years ago