Beryllium haldies are essentially covalent and soluble in organic solvents like ethanol.

NaCl is not very soluble in ethanol, but it does dissolve to the extent of 0.65 g of NaCl per kilogram of ethanol.

Charge and Solubility Salt dissolves less easily in alcohol, because alcohol molecules have less charge than water. Alcohol also has a portion of its molecule that has no charges, i.e., it is non-polar, like oil. This portion is less compatible with water and more compatible with non-polar molecules.

Sodium and potassium chlorides are slightly soluble in ethanol.

As water is polar it attracts OH group. Carbon chain on the other hand as nonpolar is repelled. Solubility of alcohols is therefore determined by the stronger of the two forces….Alcohol solubility chart.

Ethylene glycol

Acid-base chemistry Ethanol’s hydroxyl group causes the molecule to be slightly basic. It is almost neutral like water. The pH of 100% ethanol is 7.33, compared to 7.00 for pure water.

Odor: Alcohol Vapor pressure: 73 mm Hg @ 20 C Odor threshold: 10 ppm Vapor density: 1.59 pH-value: Not determined Relative density: 0.790 @ 20°C Melting/Freezing point: -114.1C Solubilities: infinite solubility. Reactivity: Stable under normal conditions of use and storage.

70% percent of alcohol is ideal to a stronger solution. Pure alcohol coagulates protein in contact. If 70 percent of alcohol is poured to a single celled organism, the diluted alcohol also coagulates the protein, but at a slower rate, so that it penetrates all the way through the cell before coagulation can block it.

Ethanol donate protons to the strong bases forming alkoxide ion. Ethoxide ion is a strong conjugate base which shows that it is a weak acid. On the other hand, ethanol donate electrons to hydrogen in a reaction with Hydrogen halide and hence it can be considered as strong lewis bases.

Aluminum chloride (AlCl3) is a Lewis acid because the aluminum atom has an open valence shell. When aluminum chloride is under discussion it is called a Lewis acid or an electrophile.

Carbon dioxide is a polar molecule whose positive center is on the carbon atom: This positive center is able to attract (and accept) the lone electron pairs present on the oxide ion (O2-). Thus, carbon dioxide is acting as a Lewis acid and the oxide ion is acting as a Lewis base.

A Lewis base is any substance, such as the OH- ion, that can donate a pair of nonbonding electrons. A Lewis base is therefore an electron-pair donor. One advantage of the Lewis theory is the way it complements the model of oxidation-reduction reactions.

OH, or hydroxide, group. Metal hydroxides, such as LiOH, NaOH, KOH, and Ca(OH)2, are bases. Nonmetal hydroxides, such as hypochlorous acid (HOCl), are acids.

H+ is a Lewis acid in that it is an electron pair acceptor.

Hydrofluoric acid is the only weak acid produced by a reaction between hydrogen and halogen (HF).

Sulfuric acid

The higher or lower the number, the more acidic or basic a substance is and the more damage it can cause. Alkali burns are the most dangerous.

ortho-diethynylbenzene dianion

Basic character of hydroxides of s-block elements increase with increasing atomic number. However alkaline earth metal hydroxides are less basic than alkali metal hydroxides. Therefore, Li(OH) is the weakest base.