Usually, but not necessarily. A vein is a blood vessel that is returning to the heart, so it usually has a higher concentration of CO2 than an artery. But in the case of the Pulmonary vein, it is returning to the heart from the lungs, so it has a higher concentration of oxygen than carbon dioxide.
it is the balanced salt solution with high bicarbonate ion concentration . Media containing this requires continuous CO2 supply .It maintains pH and osmotic pressure of cells . It is used with high CO2 demanding cells.
Approx. 2 000 micromoles CO2 (gas or ions) in 1L water.
well...too much CO2 in the body means there's a high H+ concentration.... which means there's low pH.
Co2 is a acidic gas. water turn acidic when CO2 dissolved.
The air we inhale comes from the athmosphere; the percentage of CO2 in the athmosphere is next to insignificant. The air we exhale comes from the cellular environment; cells give off CO2 as part of their metabolism, thus CO2 venous blood concentration is high
veins
a micro-organism that grow best at relatively high concentration of CO2
if something diffuses e.g. particles through the air or CO2 out of body cells means the particles go from a high concentration to a low concentration
The Diffusion is the exchange of oxygen (O2) and carbon dioxide (CO2) between the alveoli and the blood. So blood that is pumping through the capillaries in the lungs has a low concentration of O2 and a high concentration of CO2, in the alveoli it is high concentration O2 low concentration CO2. Therefore the 2 gases exchange across the alveoli membrane by diffusion trying to establish a concentration gradient.
They diffuse through the membrane.Diffusion is the movement of gaseous particles from a high concentration of particles, to a low concentration.Using your example of CO2, there is a high ammount of CO2 in de-oxygenated blood, so it travels to the alveoli through the membranes, where there is a lower concentration of CO2.Remember, near every alveoli there is a capillary, which makes this possible.
When ther is a higher concentration of O2 than CO2, rubisco can bind O2 in place of CO2.
No. Rather, the CO2 concentration controls the pH. Other factors control concentration, such as temperature, pressure, contamination, and availability of CO2.
Solubility of CO2 in water decreases with temperature, so as temperature is increased, the concentration of CO2 decreases.
There is more CO2 in the veins and whenever there is CO2 there is also carbonic acid which will cause the PH to be more acidic.
If the concentration of CO2 in the lungs was higher or equal the concentration in the blood, there will be no diffusion of CO2 in the air of the lungs. The person will suffocate in this situation.
CO2
veins take the CO2 back to the lungs as a waste.