Covalent bond. Ethyl alcohol is the archaic name for ethanol (CH3CH2OH) This is the alcohol that is drunk by humans in alcoholic drinks.
Well an Ionic bond is between a metal and a non metal, and Covalent bonds are between non metals, so yeah this is a covalent bond, where the particles share electrons, because Carbon, Oxygen and Hydrogen are non metals. No charges to worry about either! Much easier
As written it is meaningless. !!!! However, , it should be written as CH3CH2OH . Note the use of capital letter for elemental symbols. This is the internationally recognised standard. CH3CH2OH is Ethanol , archaically 'ethyl alchol'. It is the alcohol that is foun in beers wines and spirits. As written CH3CH2OH it can redrawn as H3C-CH2-O-H . The lines/hashes indicating where the principal single covalent bonds lie. The hydrogens (H3 & H2) are directly combined to their adjacent carbons per a single covaalent bond. The 'O' of the '-O-H' moiety is directly combined to the carbon , NOT the adjacent hydrogen. CHEERS!!!!!
yes!
When CH3CH2OH and H2O are mixed together to form a homogenous solution, CH3CH2OH forms additional hydrogen bonding with water molecules.
Ethanol is a covalent molecule with the formula, CH3CH2OH and hence it is molecular.
Covalent bond. Ethyl alcohol is the archaic name for ethanol (CH3CH2OH) This is the alcohol that is drunk by humans in alcoholic drinks.
Well an Ionic bond is between a metal and a non metal, and Covalent bonds are between non metals, so yeah this is a covalent bond, where the particles share electrons, because Carbon, Oxygen and Hydrogen are non metals. No charges to worry about either! Much easier
The structural formula CH3CH2OH describes ETHANOL.
As written it is meaningless. !!!! However, , it should be written as CH3CH2OH . Note the use of capital letter for elemental symbols. This is the internationally recognised standard. CH3CH2OH is Ethanol , archaically 'ethyl alchol'. It is the alcohol that is foun in beers wines and spirits. As written CH3CH2OH it can redrawn as H3C-CH2-O-H . The lines/hashes indicating where the principal single covalent bonds lie. The hydrogens (H3 & H2) are directly combined to their adjacent carbons per a single covaalent bond. The 'O' of the '-O-H' moiety is directly combined to the carbon , NOT the adjacent hydrogen. CHEERS!!!!!
no
yes!
No, It is a non-electrolyte,
7 X 10^-6 mol CH3CH2OH (6.022 X 10^23/1 mol CH3CH2OH) = 4 X 10^18 molecules
When CH3CH2OH and H2O are mixed together to form a homogenous solution, CH3CH2OH forms additional hydrogen bonding with water molecules.
conc. H2so4
CH3CH2OH