Explain the transport of carbon dioxide in solution, Science

Assignment Help:

Explain the Transport of Carbon Dioxide in solution

Carbon dioxide is amore soluble gas than oxygen.  Its amount in solution is proportional to the tension. At a tension of 40 mm Hg, 3 ml carbon dioxide dissolves in every 100 ml blood. Carbon dioxide in solution forms carbonic acid, which ionizes at blood pH into hydrogen and bicarbonate ions as shown herewith.

CO2 + H2O → H2CO3 → H+ + HCO-3


Related Discussions:- Explain the transport of carbon dioxide in solution

Atomic energy, Atomic energy: In view of the fast depletion of our no...

Atomic energy: In view of the fast depletion of our non-renewable resources like coal and petroleum, and because of pollution which power stations burning coal cause, there h

Explain the term- lichens, Explain the term- lichens The lichens are a...

Explain the term- lichens The lichens are able to extract nutrients from the rocks . They are capable of retaining water for a long time during which chemical processes take p

Explain reduction reaction, Reduction reaction Aldoses and  ketoses are...

Reduction reaction Aldoses and  ketoses are  reduced  to  the corresponding polyhydroxy  alcohols by sodium borohydride, sodium amalgam, etc. So,  in  this  reaction,  glucose

Food borne diseases, Food Borne Diseases: If  the food handler, like ...

Food Borne Diseases: If  the food handler, like the cook, suffers  from some infection and is not careful about washing his hands after defecation,  the germs or eggs of worm

Reproduction, Explain how the uterus supports the development of a baby dur...

Explain how the uterus supports the development of a baby during gestation.

Explain the duodenum - small intestine, Explain the Duodenum The first ...

Explain the Duodenum The first part of the small intestine is called the diodenum. It is about 10 inches in length. At the mid-point of the duodenum, there is a common opening

Determine the depth of potential well - potential vanishes, 1.  The Lennard...

1.  The Lennard-Jones potential is given by Where A and B depend on the depth of the potential well and the distance at which potential vanishes. Draw the profile of thi

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd