due to hydrogen bonding
Butanol has a short enough aliphatic chain that it is still somewhat soluble in water. As the length of the carbon chain increases, the alcohol would become increasingly insoluble in water and would be better suited for hexane as a solvent.
No, you can't mix hydrophobic paraffin oil (water insoluble) with a hydrophylic glycerin (water soluble)
CH3OH is the chemical formula for methanol. Methanol is miscible with water in ALL proportions. It DOES dissolve or mix with water.
Beause it has a lower density so it stays over water try it it wont mix well Because oils are polar.
Materials like salt and sugar will dissolve in the water and are called soluble as they dissolve completely in the water, where as substances that do not dissolve in water like sand are called insoluble materials.
Butanol has a short enough aliphatic chain that it is still somewhat soluble in water. As the length of the carbon chain increases, the alcohol would become increasingly insoluble in water and would be better suited for hexane as a solvent.
Oil is insoluble in water. If you try to mix them, the oil will just float on top of the water.
Nail polish is not insoluble in water. This is because the solute particles in ethylethanoate separate from each other and mix with the solvent.
No, you can't mix hydrophobic paraffin oil (water insoluble) with a hydrophylic glycerin (water soluble)
Both are polar molecules.
CH3OH is the chemical formula for methanol. Methanol is miscible with water in ALL proportions. It DOES dissolve or mix with water.
The term "miscible" refers to liquids that mix. Calcium silicate would be soluble or insoluble in water, and it is in fact insoluble (not soluble). But it does have a hydrated form.
No, because the calcium sulfate formed is insoluble in water.
A compound that does not dissolve in a particular solvent. For example, silver chloride is highly insoluble in water, calcium hydroxide is sparingly soluble in water and sodium chloride is insoluble in chloroform.
Motor oil is insoluble in water and it is denser in water. Therefore, motor oil will not mix with water. It will remain separate.
The mixture is insoluble when the temperature is as low as cold water. In order to properly mix the temperature has to be raised, effectively increasing the solubility of the mixture.
By definition a solute can not be insoluble. Ergo, there are no mixtures containing an insoluble solute.