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Two or diatomic in O2 molecule.
The water molecule has a 4 electron group, as the oxygen has two lone pairs. The two lone pairs are going to repulse the hydrogen atoms creating a bent shape for the water molecule.
One molecule of Oxygen contains two atoms.
ONE oxygen molecule (O2) contains two atoms of oxygen (O).
Yes, oxygen is a diatomic molecule, meaning it naturally forms O2.
External Nares (Nostrils) --> Nasal Cavity --> Inferior, Superior, & Middle Nasal Conchae --> Pharynx --> Larynx --> Trachea --> Primary Bronchi (Left & Right) --> Hilus --> Bronchioles --> Respiratory Bronchioles --> Alveolar Ducts --> Alveoli (the grape-like sacs) --> the the "spider web" of Pulmonary Capillaries.
Alveolar-arterial oxygen difference (A-a)DO2
Within the lungs.
Decrease in alveolar surface area results in less boundary across which oxygen can be absorbed into the blood.
oxygen is a molecule
In the lungs, in the alveolar capillaries
Oxygen is transferred to hemoglobin at the alveolar/capillary function. This transfer occurs through diffusion.
There are 8 protons in an oxygen atom. There are two oxygen atoms in an oxygen molecule. Therefore, there are 16 protons in an oxygen molecule
In CO2 molecule, one molecule of carbon is bonded to two oxygen by two double bonds,which is as follows O=C=O
We know that our blood has a pigment called Haemoglobin,which gives characteristic red colour to blood.A haemoglobin molecule carries a maximum of 4 oxygen molecules,and is called 100% saturated when it does so.So,breathing pure oxygen doesn't increase the transport of oxygen.
No, it's not organic (an organic molecule has to contain carbon.)
Diffusion (of anything) occurs because of a concentration gradient meaning there is more oxygen in one place than another. Alveolus when you inhale will have a higher concentration of oxygen that that of the alveolar capillary resulting in a concentration gradient, this causing diffusion to occur until equilibrium is met. This means more oxygen in alveolus so oxygen travels into the alveolar capillary until a balanced amount of oxygen is in both places, but then of course the oxygen is transported and you exhale and inhale so the process repeats.