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Hexane and chloroform are partially miscible, meaning they can mix to some extent but may not fully dissolve in each other. This is due to differences in their polarity and intermolecular forces. Upon mixing, they may form two separate layers or phases.
The reaction between hexane and chloroform does not occur under normal conditions because these compounds do not have functional groups that readily react with each other. Their structures and properties do not support a direct chemical reaction.
The separation occurs because hexane is nonpolar and water is polar, leading to immiscibility. Hexane molecules are attracted to each other and repelled by water molecules, causing them to form a separate layer. This phenomenon is due to differences in intermolecular forces between the two solvents.
Hexane has 42 electrons. Each carbon atom in hexane has 6 electrons (4 valence electrons and 2 core electrons), and each hydrogen atom has 1 electron.
Yes, glycerine is soluble in hexane. Both glycerine and hexane are nonpolar compounds, which allows them to mix and dissolve in each other.
Each chloroform molecule (CHCl3) is composed of 25% hydrogen by mass. This is because the molecular weight of hydrogen is 1, with one hydrogen atom in each chloroform molecule, and the molecular weight of chloroform is 119.38.
64 times greater.
Yes, triphenylmethanol is soluble in chloroform. This is because both triphenylmethanol and chloroform are nonpolar molecules, which allows them to dissolve in each other.
No, hexane and toluene are not miscible in each other because they have different polarities. Hexane is a nonpolar solvent, while toluene is a slightly polar solvent. This difference in polarity makes them immiscible in each other.
No, cyclohexane and n-hexane are not isomers of each other. They belong to different chemical classes. Cyclohexane is a cyclic compound with a six-membered ring, while n-hexane is an aliphatic straight-chain hydrocarbon with six carbon atoms in a row.
Each chloroform molecule (CHCl3) is composed of 12.5% carbon by mass. Carbon has a molar mass of 12.01 g/mol and accounts for one out of the four atoms in each chloroform molecule.
No, starch is not soluble in chloroform. Starch is a polar molecule, while chloroform is non-polar, so they are not able to dissolve in each other.