Heavy alcohol use accustoms the brain and the rest of the central nervous system (CNS) to functioning with alcohol present. That is what addiction is. The body becomes unable to function anywhere close to normally without the drug, and all sorts of things happen when it is withdrawn.
Alcohol's primary effect is central nervous system depression. With repeated heavy consumption of alcohol, certain chemical receptors in the brain (GABAa receptors) are desensitized and reduced in number. The absence of GABA is what causes the CNS depression. When alcohol is stopped, especially abruptly, the person's nervous system suffers from uncontrolled synapse firing because there is not enough GABA to control it. This causes the shakes, and can result in anxiety, life threatening seizures, delirium tremens and hallucinations and possible heart failure.
Yes
A blackout can occur after abusing alcohol.
Shaking a bottle containing rubbing alcohol and water can help speed up the process of dilution by increasing the surface area of contact between the two liquids. The agitation caused by shaking helps distribute the rubbing alcohol more evenly throughout the water, leading to quicker mixing.
Small amounts of alcohol may temporarily (sometimes dramatically) ease the shaking. Some experts recommend a small amount of alcohol (especially before dinner).
It can occur.
An earthquake is a violent shaking of earth's crust. Earthquakes commonly occur along transform boundaries, where one plate grinds by another.
Yes, alcohol can occur naturally in substances such as fruits, grains, and certain plants through the process of fermentation.
The negative effects of alcohol occur from consuming it abusively.
The most violent shaking during an earthquake typically occurs closest to the earthquake's epicenter. As you move farther away from the epicenter, the shaking tends to decrease in intensity.
Before shaking, the pressure exerted by denatured alcohol molecules is primarily due to their static arrangement and limited interaction with the surrounding air. After shaking, the agitation increases the kinetic energy of the molecules, leading to more collisions with the container walls and air, resulting in a higher pressure. Additionally, shaking may introduce more air into the liquid, potentially increasing the overall pressure further. Thus, the primary difference lies in the increased kinetic energy and interaction dynamics after shaking.
3,1,5,2,4
The shaking of the ground that precedes an earthquake is called a foreshock. Foreshocks can occur hours, days, or even weeks before the main earthquake event.