When cellular respiration occurs within a cell, carbon dioxide is formed as a waste product. the carbon dioxide is transported out of the cell and absorbed by the blood stream. there, the carbon dioxide undergoes a chemical reaction and forms carbonic acid within the blood.

when the carbonic acid reaches the capillaries in the lungs, the enzyme carbonic anhydrase reverse the reaction and the carbonic acid is converted back to carbon dioxide and water.

which of the following would most likely happen if a person's body stopped producing carbonic anhydrase?

The type of rock she find is a sediment rock

Na+ loss through sweet plus the dilution has lowered na+ concentration outside of neurons, altering the na+ equilibrium potential. sodium exists more outside the cells than inside. when na+ is lost by sweat plus the dilution( because they drink a lot of water) changes the concentration outside the cell, forcing the water to enter the cell and attempt to balance the concentration inside/outside.the problem is that the abundance of water will cause the cells to swell. most cells can adapt, however, the brain cells can't that's why the runner has confusion and can't control the muscles.  if not treated and this occurs in less than 48 hours, it can be immediately fatal .