Blood Alcohol Content

The idea that alcohol with blood alcohol content participates in fatal accidents leads to emotional reaction. Recently, there is movement based on emotion, not logic to change some kind of drunk driving. This includes reducing nationally the blood alcohol content (BAC) from 0.10% to 0.08%. But this attention is wrong. Clearly there is no need to lower BAC by looking at my personal experience, statistics and current law. First of all, I do not drink alcohol.

The respirometer does not accurately reflect the alcohol content in the blood. Error margin is possible up to 50%. Furthermore, even with accurate measurements, blood alcohol concentration does not accurately determine damage. Even an exhalation detector that measures very accurately the amount of breath alcohol will make little or no attention to the alcohol content of the actual blood by the operator. Which other industry, institution, company, or school will accept the measuring equipment with a maximum error of 50%? However, we are destroying people's lives based on the reading of these instruments.

The most common way to measure poisoning for legitimate or medical purposes is by blood alcohol concentration (also known as blood alcohol concentration or blood alcohol concentration). It is usually expressed as a percentage of alcohol in the blood, in terms of the mass of alcohol per volume of blood, or the mass of alcohol per mass of blood, by country. For example, in North America, the blood alcohol content of "0.10" or more, exactly 0.10 g / dL means 0.10 g of alcohol per dL of blood (that is, the mass used per volume).

The amount of alcohol in exhalation became equal in two examinations. The legal definition of alcohol is based on blood alcohol concentration and not based on breathing alcohol concentration. The chemical correlation between these two measurements is that the deep air of the lung is in equilibrium with the blood passing through the pulmonary artery and establishes a balance between blood alcohol and breath alcohol. By examining drinkers it was decided that 2100 ml of expired air contained the same amount of ethanol as 1.00 ml of blood.

(A) 2-propene-1-ol. Its common name is allyl alcohol. (B) 2,2-dimethyl-1,4-butanediol. (C) 2-cyclohexenol. (D) cis-3-hexen-1-ol. This is not full