a) diffused carbon dioxide
b) a high concentration of oxygen
c)no gases
d)a high concentration of carbon dioxide
e)waste materials needed by cells
why would u Evan do dis i mean i no what the choices are da*n
they contain no gases
No, but the blood leaving is.
Alveoli, pleura fluid, lung tissue, blood
Waste and deoxygenated blood
Human respiratory system contain wind pipe or trachea, bronchus, bronchi, alveoli with blood capillaries. Lungs have air sacs or alveoli which are surrounded by capillaries which oxygenate, de-oxygenated blood.
the alveoli is happen the blood
The capillaries carry the blood around the alveoli.
The pulmonary artery takes the blood to the alveoli.
The temperature at which breath leaves the mouth is=normally 34 degrees Cellsius==At this temperature, experimental evidence has shown that the==ratio of alcohol in the blood to alcohol in alveoli air is==approximately==2,100 to 1==1 ml of blood will contain nearly the same amount of alcohol as 2,100 ml of alveoli breath=The temperature at which breath leaves the mouth is=normally 34 degrees Cellsius==At this temperature, experimental evidence has shown that the==ratio of alcohol in the blood to alcohol in alveoli air is==approximately==2,100 to 1==1 ml of blood will contain nearly the same amount of alcohol as 2,100 ml of alveoli breath=
air exchange takes place at the juction of blood cappileries and alveoli where the pressure of air is high in alveoli and low in blood so air from alveoli rush into blood and CO2 from blood rush in to alveoli which is then breath out
When we inhale in and out oxygen moves from the alveoli to blood carbon dioxide moves from blood to alveoli.
No, blood is not transported through the alveoli. The alveoli are tiny air sacs in the lungs where gas exchange occurs between the lungs and the blood vessels. Oxygen is taken in from the air and carbon dioxide is removed from the blood in the alveoli.
Oxygen diffuses from the alveoli into the blood because of a concentration gradient. The partial pressure of oxygen in the alveoli is higher than in the blood, so oxygen moves across the thin membrane of the alveoli into the blood to reach equilibrium.