![SOLVED: Carbon dioxide reacts with water in our blood to form carbonic acid. This reaction is critical in maintaining constant pH values Water Hydrogen ion HzCOz H+ HCO3 Carbonic Bicarbonate acid ion SOLVED: Carbon dioxide reacts with water in our blood to form carbonic acid. This reaction is critical in maintaining constant pH values Water Hydrogen ion HzCOz H+ HCO3 Carbonic Bicarbonate acid ion](https://cdn.numerade.com/ask_images/75c8ca4d3ebd4adba6dcb99447d42aba.jpg)
SOLVED: Carbon dioxide reacts with water in our blood to form carbonic acid. This reaction is critical in maintaining constant pH values Water Hydrogen ion HzCOz H+ HCO3 Carbonic Bicarbonate acid ion
![Normally, the pH of the human body is fixed in a very narrow range between 7.35 and 7.45. A patient with an acidotic blood pH of 7.3 may be treated with an Normally, the pH of the human body is fixed in a very narrow range between 7.35 and 7.45. A patient with an acidotic blood pH of 7.3 may be treated with an](https://useruploads.socratic.org/E6FvbSbTKK0gh0CrKHto_gasexch_1.gif)
Normally, the pH of the human body is fixed in a very narrow range between 7.35 and 7.45. A patient with an acidotic blood pH of 7.3 may be treated with an
![Biological buffering of blood There are three major contributors to regulating the pH of blood. Bicarbonate, phosphate and proteins Blood pH Must be Kept. - ppt download Biological buffering of blood There are three major contributors to regulating the pH of blood. Bicarbonate, phosphate and proteins Blood pH Must be Kept. - ppt download](https://images.slideplayer.com/6/5662413/slides/slide_2.jpg)