After drinking alcohol, the brain becomes fuzzy because of dehydration. Also due to alcohol fumes, it becomes fuzzy.
none of these are correct
Some of alcohol's effects on the brain are : Difficulty walking, blurred vision, slurred speech, slowed reaction times, impaired memory.
Some potential long-term effects of alcohol on the brain include: cardiovascular health issues that increase the risk of stroke brain shrinkage poor circulation to the brain dementia nutritional deficiencies that may damage the brain or cause an alcohol-related type of dementia called Korsakoff syndrome mental health issues, including hallucinations and psychosis changes in mood or personality
Effects can begin within several minutes.
Well there are so many serious effects, such as long term brain damage obviously addiction and it kills many brain cells leaving shortages in your brain. Often times they will leave a long lasting addiction, and once you do them once your brain is permanently hooked.
It dulls the brain's ability to do and control how the body functions - it depresses many of the brain's activities.
depressant
The effects of alcohol are a general stimulant of the functions of the brain and body.
The actions of the brain become slower as BAC rises.
The actions of the brain become slower as BAC rises.
Aside from the obvious effects that the imbiber feels, there is the matter of brain cell damage. Alcohol kills brain cells, and brain cells are not replaceable. Think about that while you still can.
none of these are correct
because there brain wont be able to fully recieve the information in which could be trying to be communicated to them, due to the alcohol within the brain. ALSO, the effects of alcohol.
In the immediate effects, yes - alcohol does induce euphoria, then in larger doses it will cause lethargy (sluggish feeling), and so on.
In the immediate effects, yes - alcohol does induce euphoria, then in larger doses it will cause lethargy (sluggish feeling), and so on.
Tolerance to alcohol does not affect immediate measures of BAC. A tolerant person can have a much higher BAC without feeling the effects but according to the law they are more drunk than a person with a lower amount that is highly affected by alcohol. To be more specific, high tolerance essentially affects the level of habituation a person's neurons have adapted to alcohol and reduces the number of receptors that they have for alcohol. As BAC is a measure of immediate blood alcohol levels, this is not affected by levels of receptors in the brain.
1) makes you drunk 2) can make you pass out 3) you can die from it