It takes place between the alveoli and the blood capillaries
The alveoli is the structure of the lungs where the exchange of carbon dioxide and oxygen occur. The alveoli are like tiny sacs of air.
when we phat we get the answer
This exchange happens in the alveoli.
The "alveoli".
The air spaces between the cells provide a way to interchange gases (CO2 and Oxygen) for the process of photosynthesis.
the exchange of carbon dioxide to oxygen.help things to get in the leaf. (water e.c.t.)water, CO2,sunlight can get in when the stomate is open
The air space keeps the stomata moist so that transpiration and gas exchange can occur. The gas exchange in the stomata needs to take place so that photosynthesis can occur. So without the air space you have no stomata, and without the stomata you have no photosynthesis which is how plants obtain their food.
Oxygen is 'transported' from the lung capillaries to the body capillaries - in an inverse fashion carbon dioxide is transported from the body capillaries to the Lung Alveoli - the Answer is 'It is rich in CO2."
Chloroplasts take up CO2 and give off O2.
blood carry gases like o2,co2...nd the exchange of substances take place in small intestine
There is not a place where you can trade in Co2 tanks. Except possibly a pawn shop.
the alveoli. without the billions of alveoli the lungs could not exchange CO2 for 02
gas exchange to take place/to allow cells to lose CO2 and gain O2 so they will be oxygenated and ready to be pumped around your body.
To exchange gases such as co2 and o2
Consisting of thousands of tiny air sacs increases the surface area inside of the lung which allows for better gas exchange. If the lung was made of one larger air sac, you would not be able to exchange as many gases (oxygen/CO2) with each breath.
exchange
They take in oxygen and release co2 by their skin, lungs and sometimes tissue in their throats.
Co2
Capillaries have thin and permeable walls which allow the exchange of substances (such as nutrients, oxygen and CO2) to occur. This enables substances to dissociate throughout the entire body (as capillaries are present throughout the entire body).
Yes.
the calvin cycle alone