To estimate how many O'Doul's (non-alcoholic beer) it would take to reach a BAC of 0.08, it's important to note that O'Doul's typically contains about 0.4% alcohol by volume (ABV), significantly lower than regular beer. The average adult would need to consume a large quantity of O'Doul's to reach this BAC, likely several dozen cans, which is impractical and would lead to other health issues before reaching that level. However, individual factors like weight, metabolism, and drinking speed can affect this estimate. It's best to consult a professional for accurate advice on alcohol consumption and its effects.
no
No. Your BAC would still be the same. But vomiting would reduce the alcohol levels in the stomach, so your BAC later on will be lower.
One shot of Vodka, (80 proof, like SKYY) would give you a BAC of 0.029 (using a weight of 150). To get an idea of how that works, one shot is 1.5 oz of vodka, which equates to a whole 12 oz beer. 6 shots would give you a BAC of about 0.174. About 5 more and you'll be on the ground, snoozing. => Re-reading the question: if you meant an entire bottle PLUS 6 more, you'd... well, you'd be dead. Please see the related link to get a better idea of the likely BAC for differing weight scales.
A drinker would long be dead before 74% BAC could be achieved.
Please give me the phone number for BAC Fort Worth TX
Depends on your BAC, which drops .015 of BAC per hour.
While the legal limit in most states is .08% and many studies show that driving using a hands-free device is more dangerous than driving with a BAC of .08%. Therefore, it would be considered safe to drive with a BAC of .04%.
Alcohol leaves the body at the rate of about .015 of BAC per hour. There a BAC of .046 would be gone in about three hours.
bac
You would need to include your weight to determine your BAC with any accuracy.
The concentration of ethanol in serum is approximately equal to the blood alcohol concentration (BAC) because serum and blood have similar ethanol levels. To convert serum ethanol concentration to BAC, simply use the serum ethanol concentration as the BAC value. For example, if the serum ethanol concentration is 100 mg/dL, then the BAC would also be considered as 100 mg/dL.
Alcohol is metabolized at about .015 of BAC per hour. Thus it takes a little over four hours to return to no BAC.