Because the alcohol is pressed in something cold the molecules making it go down
When the temperature drops, the alcohol in the thermometer contracts and takes up less space. This results in the alcohol level appearing to go down in the thermometer.
An alcohol solution above about 95% alcohol exposed to air will self-dillute down to that level.
metabolize
As the atoms lose energy (through the cold weather) they lose energy and vibrate less. If you imagine this, as they vibrate less, they don't bump into each other as much and the spaces between the particles decrease. As the spaces get smaller, the whole liquid gets smaller, causing the liquid to "go down".
No. Alcohol can only be broken down to CO2 and water. Where alcohol enters the metabolic pathways it can not be synthesized back to carbohydrate or fat. Alcohol can affect blood sugar level in secondary ways.
When it's cold, the molecules in the mercury slow down and become more compact, leading to a decrease in volume. This reduction in volume results in the mercury level dropping in a thermometer.
The level stays the same and several units have trouble adjusting the level that is in the water and will shut down.
Yes, peak BAC peaks after drinking has stopped. It's important to understand that any alcohol breath test taken while BAC is increasing will report a significantly higher (and incorrect) apparent BAC.
The coolant expands and rises when it is hot so it goes up, the coolant comes down when the car is cold.
No, a mosquito will not become intoxicated through someone's blood alcohol level after biting a person. In a mosquito the alcohol moves into a separate area, or pocket, and is broken down by enzymes before it could even reach the nervous system.
The liver is responsible for breaking down alcohol in the body. It metabolizes alcohol into acetaldehyde, which is further broken down into acetate and eventually eliminated from the body. Chronic alcohol consumption can damage the liver over time.
adds to the effects of alcohol and other drugs that slow down the central nervous system, such as antihistamines, cold and flu medicines, tranquilizers, sleep aids, anesthetics, some pain medicines, and muscle relaxants.