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What organ oxidizes 90 percent of alcohol?
The liver is the organ that oxidizes 90 percent of alcohol. This organ is responsible for processing all toxins in the body. Excessive intake of alcohol can cause permanent damage to the liver.
What organ oxidizes 90 percent alcohol?
The liver is the primary organ responsible for oxidizing 90 percent of the alcohol consumed. It converts alcohol into acetaldehyde and then into acetate through a process involving enzymes like alcohol dehydrogenase and aldehyde dehydrogenase.
What organ in the human body oxidizes alcohol?
im pretty sure its the liver.
Which organ is vital to the oxidation of alcohol?
The primary organ involved in metabolizing alcohol is the liver.
What organs makes almost all of the bodys alcohol-processing machinery?
liver
What is MEOS?
A system of enzymes that oxidizes alcohol and drugs
At what rate does the average person's system oxidize alcohol?
The average body oxidizes the standard drink at around 3/4 a drink per hour.
When Pyridium chlorochromate is added to primary alcohol what does it give?
Pyridinium chlorochromate (PCC) oxidizes primary alcohols to aldehydes without further oxidation to carboxylic acids. This reagent is milder than other common oxidizing agents like chromic acid, making it useful for selectively converting primary alcohols to aldehydes in organic synthesis.
What is the primary respiratory organ for cockroach?
the primary respiratory organ for cockroach is trachea
Which organ of the body is affected first by alcohol?
I think the first organ to be affected by alcohol is your liver.
What is the primary sex organ of females called?
A females primary sex organ is called an ovary.
Compare the relative ease of oxidation of primary secondary and tertiary butyl alcohol toward acid dichromate based on the time required for the solution to change color?
Tertiary butyl alcohol oxidizes most easily, followed by secondary butyl alcohol and then primary butyl alcohol. This is because tertiary butyl alcohol is the most substituted, making its carbon-hydrogen bonds weaker and more prone to oxidation. The time required for the solution to change color will be fastest for tertiary butyl alcohol, followed by secondary butyl alcohol, and slowest for primary butyl alcohol due to differences in steric hindrance and stability of the intermediate oxidation products.
