Alcohol is not digested by the body. It travels around intact in the bloodstream and is released in various ways, including on the breath. The device called a "breathalyzer" measures how much alcohol is contained in 2,100 ml of expelled breath, which is the same as the alcohol contained in one ml of blood. With that information, it is possible to do the math to determine if the individual is intoxicated according to legal standards.
The primary method of determining how much alcohol a person has had to drink is to use an alcohol breath analyzer. The most popular alcohol breath analyzer is the Breathalyzer. The ratio of alcohol content in the blood to alcohol content in the breath is called the partition ratio. A partion ratio of 2100:1 is based on a normal body temperature (37°C/98.6°F). Higher body temperatures will give higher blood alcohol content measurements. This can be significant if (for some reason) one drinks when they have a flu or other sickness - an body temperature increase of 1°C/1.8°F
The concentration of alcohol
The alcohol content
Alcohol actually affects the brain which in turn, affects urine production. ADH (anti-diuretic hormone)is a hormone produced in the hypothalamus and excreted by the pituitary gland. This hormone makes the kidney absorb the water in the bloodstream. When a person drinks alcohol, the excretion of ADH hormone is decreased. Therefore, the kidney does not absorb the water as it should. Then more urine is made. When more urine is made, it is less dense. Because the ADH hormone is decreased, people can produce too much urine and get dehydrated from drinking too much alcohol.
The chemical compound called alcohol is what makes you drunk and dizzy. The alcohol is very quickly metabolized in your body (even faster than sugar).
No. Isopropanol temporarily makes teflon translucent. Once the alcohol dries, the teflon will appear is it did previously.
The mothers bloodstream then contains alcohol and that makes its way to the unborn fetus through blood and the umbilical chord.
A breathalyzer detects the amount of liquor in the test taker's system. It is used by police to see if a suspect had more than the legal amount in their system while operating a motor vehicle. It's used in conjunction with other field sobriety tests. The body does not digest alcohol; it absorbs it into the bloodstream. The alcohol does not mix into the blood, but rather says intact. As the blood passes through the lungs, the alcohol is released through breathing. A breathalyzer measures the amount of alcohol. The alcohol present in 2,100 ml of expelled breath is exactly equivalent to the amount of alcohol in 1 ml of blood. This measurement makes it possible measure the driver's level of intoxication, based on the figures set for legal limits.
Any amount of alcohol can create an aggressive behavior within a person.
-OH group present in alcohol makes it a polar covalent compound.
The alcohol causes dehydration in your body and makes you twice as thirsty. In most cases, when you are at the bar and drink too much beer, you get thirsty and drink more beer. Then you pass out.
Drinking any liquor with a carbonated beverage will get you drunk faster because the bloodstream absorbs the alcohol quicker with carbonation. I don't know about the "diet" part.
Getting Alcohol in your blood makes you drunk. This is achieved by drinking alcohol or an alcoholic beverage.
Alcohol makes you dehydrated.
I am not sure IF it is less harmful, but usually, what makes alcoholic beverages harmful is their alcohol contents, so a beverage that has less alcohol will be less harmful - unless you compensate and drink a larger amount of it.
The alcohol.
The concentration of alcohol
Not enough information. How much alcohol did they drink?. The question just says the same amount but what the amount. However, mostly likely the woman's alcohol level would be higher. Women metabolize differently.