The effervescence in any alcoholic beverage speeds the absorption of alcohol into the bloodstream.
Champagne does not make a person more intoxicated. However, effervescence speeds the absorption of alcohol into the bloodstream.
If you want just one factor, body weight could be it. Heart rate can also affect absorption rates. Muscle to fat ration can affect absorption. Whether you have recently eaten or drank water can be a factor. Alcohol can also affect absorption rates. Pick one I guess.
These do not speed up the absorption of alcohol. The typical body processes alcohol at the rate of 1 unit per hour. There is no quick fix for absorption. Although I'm not sure about the effect of fruit punch on alcohol absorption, carbonated beverages DO increase alcohol absorption, I think the previous answer is confusing alcohol absorption with alcohol metabolism. In particular the increased temperature of your body causes the CO2 gas to come out of solution and speeds up alcohol assimilation into the blood stream. Assuming the same amount of alcohol as a non-carbonated beverage, the increased speed of assimilation will increase the rate at which alcohol can go to your body's tissues (with the exception of fat), ALTHOUGH this will not change the rate of your liver's alcohol metabolism.
the higher the proof or alcohol percentage the faster the absorption
An absorption factor is the measurement of a specific substance's ability to absorb radiant energy.
A high fat meal will slow the absorption of alcohol.
A full stomach will slow the absorption.
A full stomach reduces the rate of alcohol absorption.
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It is called intrinsic factor, which enables the absorption of B12. Intrinsic factor is found in the parietal cells (mucosa cells) of the stomach lining.
The reason why intoxicated people drink coffee is not to slow the absorption of alcohol into the body, but to use caffeine as a stimulant, to counteract the depressant effect of alcohol. One drug fights against the other. But no, coffee does not slow the rate of alcohol absorption into the bloodstream.