Answer:
False
Explanation:
Oxidation process occurring in liver rids bloodstream of not 32% of alcohol present.
Once the alcohol enters the body, 5 percent of it is excreted in the form of the urine and another 5 percent is eliminated from the body by exhaling and the rest of the alcohol is converted to acetic acid by oxidation.
Thus,
Oxidation process occurring in liver rids bloodstream of 90% of alcohol present.
Being a woman myself, the answer is the Fallopian tubes.
1) they allow for multiple reactions in the cell at once for example the mitochondria producing ATP for respiration and The Rough endoplasmic reticulum and ribosomes for protein synthesis
Answer;
B. the cell was unable to maintain a stable internal environment.
Explanation;
-A sodium ion imbalance could cause water to rush across the cell plasma membrane in either direction. Too little water makes the cell shrivel up; too much water makes it burst. The balance between water and electrolytes, such as sodium ions, controls cell integrity.
-Electrolytes are molecules that influence cell fluid regulation. Sodium is the most abundant electrolyte. Too much sodium in the surrounding fluid - or too little in the cells - sucks too much water out of the cells.
-Too little sodium in the surrounding fluid - or too much within the cells -causes cells to swell as their higher sodium concentration draws too much water in, which eventually causes cell and organelle membranes to burst.
