The oxygen enters the body via the nose and mouth then travels down the trachea ( wind pipe ) then breaks into two bronchi (the bronchi splits the air into each lung) which then branches into lots of bronchioles which end in lots of alvioli
go to Google and search What is the journey from a oxygen molecule to blood?
Oxygen enters the human body via the nose and/or mouth. The air flows down the trachea, through the bronchial tubes, through the brinchioles and into the alveoli (air sacs). From here, blood flows past the alveoli and the oxygen diffuses across a semi-permeable membrane into the blood, as carbon-dioxide diffuses back the opposite direction into the alveoli. The carbon-dioxide-rich air is then exhaled while the now oxygenated blood flows back to the heart via the pulmonary vein.
It enters the left atrium, flows into the left ventricle (the larger of the two ventricles) and then is pumped throughout the body via arteries. The oxygenated blood reaches its destination (any tissue in the human body, from the brain to the feet), the oxygen exchanges across the capillaries into the individual cells and is used to perform cellular respiration (along with glucose) to form ATP (energy) for our body to carry out a vast amount of functions.
The deoxygenated blood then flows back to the right atrium via the venous system, goes into the right ventricle and is pumped back to the lungs via the pulmonary artery to start the process all over again.
Air first enter your nose. Then it goes to your pharynx. From there it goes to your larynx. From there it goes to your trachea. From there it goes to your primary bronchus. From there it goes to secondary and tertiary bronchus. This process continue for about seventeen generations and then the oxygen reach to your alveolus.
Upper airway (nose, pharynx)
trachea
bronchi
Carbon Dioxide passes throught the air inside the alveolus into the bloodCarbon Dioxide passes throught the air inside the alveolus into the blood
The term "oxygen particles" is not well defined, since it might refer to either oxygen atoms or oxygen molecules. Chemists would never describe oxygen in terms of particles, they would be specific. Ozone is the O3 molecule, containing 3 oxygen atoms. If you had 9 oxygen atoms you could make three ozone molecules. But if you had 9 oxygen molecules, you could make 6 ozone molecules, since the oxygen molecule is O2 and contains two oxygen atoms.
The RBCs shed the oxygen molecules in the capillaries
Yep. That is true.
Hemoglobin binds with oxygen molecules. Hemoglobin is a protein molecule.
Oxygen and hydrogen have diatomic molecules.
2 molecules of hydrogen bond with 2 molecules of oxygen which yields 4 molecules of hydrogen and 2 molecules of oxygen
Cell membrane is semipermeable and oxygen molecules have size required for easy passqge while Glucose molecules do not have that size required for easy passage.
The term "oxygen particles" is not well defined, since it might refer to either oxygen atoms or oxygen molecules. Chemists would never describe oxygen in terms of particles, they would be specific. Ozone is the O3 molecule, containing 3 oxygen atoms. If you had 9 oxygen atoms you could make three ozone molecules. But if you had 9 oxygen molecules, you could make 6 ozone molecules, since the oxygen molecule is O2 and contains two oxygen atoms.
There are 4 oxygen atoms in two oxygen molecules.
The RBCs shed the oxygen molecules in the capillaries
molecules
Yep. That is true.
Hydrogen molecules and oxygen molecules can be easily split by what electrolysis. This is the process which is used to breakdown water.
Air is 21% oxygen so 21% of 200 is 42 oxygen molecules.
Carbohydrates are organic macromolecules that are made up of carbon, hydrogen, and oxygen atoms and are used for energy storage or as structural molecules.
Hydrogen and oxygen are elements that usually take the form of molecules.
23 moles of oxygen contain 138,509.10e23 molecules.