Organic molecules are typically considered to be terrible electrolytes (molecules that dissociate into ions). Because of strong covalent bonds, organics usually stick together. So the answer is "no".
It's impossible to tell without knowing the actual structure, although honestly, I'm having a hard time seeing how something with that formula could even be a legitimate compound, let alone an electrolyte.
A quick Google search reveals that some people mistakenly seem to believe that to be the formula for glucose (it isn't even close; glucose is C6H12O6). If you were one of these people, then glucose is not an electrolyte.
No, C3H7OH is an non electrolyte.
Yes
BaSO4 is insoluble in water so it is very weak electrolyte, ethanol can not produce ions so is non electrolyte other two are good electrolytes.
c2h5oh+h2o
C2h5oh+3o2---------->2co2+3h2o
C2h5oh
C2h5oh
BaSO4 is insoluble in water so it is very weak electrolyte, ethanol can not produce ions so is non electrolyte other two are good electrolytes.
C2H5OH is named asethyl alcohol
C2H5OH(liquid) ® C2H5OH(gas)
c2h5oh+h2o
79c
80c
88c
80c
35 c
80 degrees Celsius
C2h5oh+3o2---------->2co2+3h2o
yes ALCl3 + 3 C2H5OH =HgI2== AL(OC2H5)3 + 3HCl