0.1 % equals 22 mmol so 10.9 mmol is just a hair below 0.05%
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To convert mmol/L of ethanol to blood alcohol content (BAC) in g/dL, you can divide by 420. Therefore, 10.9 mmol/L of ethanol would be approximately 0.026 BAC.
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.
To convert 3 mmol of alcohol to blood alcohol concentration, you would need to know the volume of distribution in the body. Without this information, a direct conversion is not possible. Blood alcohol concentration is typically measured in units of mass per volume (e.g., g/dL or mg/L), not in mmol.
Yes, ethanol can affect a breath test by causing a higher reading due to its presence in the breath. Breath tests are designed to measure the amount of alcohol in the breath, which correlates to blood alcohol concentration. Ethanol in the breath can lead to a false positive result on a breath test.
Alcohol, or ethanol, is the primary chemical in alcoholic beverages that makes you feel drunk. When consumed, ethanol affects the central nervous system, leading to alterations in brain function and behavior. The concentration of alcohol in the blood, known as blood alcohol concentration (BAC), determines the extent of intoxication.
Using hand sanitizer should not cause a positive result on an alcohol test, as hand sanitizers typically contain isopropyl alcohol or ethanol in concentrations that are not high enough to register on a breathalyzer or blood test for alcohol consumption.