How to blend 65 alcohol into 52 alcoholAssuming that the amount of 65% alcohol required was x, and the amount of 52% alcohol required was y, according to the principle that the amount of pure alcohol remained unchanged before and after blending, the equation could be obtained: 0.65x = 0.52(x + y).
To simplify the equation, 0.65x = 0.52x + 0.52y.
Transferring the terms would yield: 0.65x - 0.52x = 0.52y.
That is, 0.13x = 0.52y, so x/y = 0.52/0.13 = 4/1.
This meant that the 65% alcohol was to be blended into 52% alcohol. The 65% alcohol could be blended with the addition (such as water or low-alcohol alcohol) in a ratio of 4:1. However, in actual operation, if water was added, it was necessary to consider the influence of different flavors, tastes, and other factors. In the production of regular liquor, relevant quality standards and process specifications also needed to be followed.
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Can Alcohol and Alcohol React with NaHCO3?Alcohol does not react with hydrogen carbonates. This was because the acid salt was formed after neutralizing a strong base and a weak acid. It was more acidic in water than in water. It was stable at room temperature and easy to decompose when heated. However, the alcohol was much less acidic than the alcoholics. The hydrogen ions it produced were too few to form into carbolic acid with the hydrogen carbonate-like radical, so it did not react.
There was no chemical reaction between the two.
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benzyl alcoholBenz alcohol was an organic compound, also known as the alcohol, or alp-methylethylalcohol. Its molecular formula was C H O, and its molecular weight was 108.14. It was one of the simplest aromatic alcohol. At room temperature, it is a colorless transparent liquid with a fragrant smell. The density is 1.045g/mL (25 ° C), slightly thicker than water. It is slightly dissolved in water, and its dissolution in water at 25 ° C is 42900 g/L. It can be mixed with the following substances: It is active in nature and can undergo esterfication reactions, aldol condensation reactions, etc. In nature, it exists in the form of ester in essential oil such as jasmine oil, hyacinth oil, and peruvian balsam.
It could be used as a general solution for ink, paint, lacquer, and epoxy coating. It could also be used as a scavenger in the process of cleaning and chemical reaction. It could react with various acids to form a variety of esters and other compounds. It was widely used in the food, chemical, pharmaceutical and other industries. However, if used in children's muscular injection, it can cause gluteus muscle contracture. Because excessive amounts of benzylalcohol will not be absorbed at the injection site, it will cause muscle tissue necrosis. Therefore, injections containing benzylalcohol are prohibited from being used in children's muscular injection. They should also be prohibited for newborns and premature infants (Note: the same drug may have different accessories from different manufacturers. The same common name but different manufacturers and different specifications of drugs may not all contain benzylalcohol).
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