Diffusion from high concentration to low concentration.
When we die the body cells quit consuming oxygen and over a period of time the levels of oxygen slowly begin evening out (however as blood no longer moves from the lungs to the body oxygen diffusion slows dramatically, leaving some body cells with much lower oxygen levels than would be normal).
The concentration of oxygen in the lungs is higher than the concentration of carbon dioxide. In the alveoli of the lungs, oxygen diffuses into the blood from the air we breathe, while carbon dioxide diffuses out of the blood into the alveoli to be exhaled. This exchange allows for the uptake of oxygen and the removal of carbon dioxide from the body.
Oxygen concentration is typically higher in the tissues than in the red blood cells (RBCs) flowing past them. This concentration gradient causes oxygen to diffuse from the tissues into the RBCs, where it binds to hemoglobin for transport throughout the body. This process is essential for delivering oxygen to tissues that require it for metabolism.
Oxygen diffuses into animal cells because of a concentration gradient. Oxygen is higher in concentration in the external environment or surrounding tissues compared to inside the cell. This difference in concentration drives the passive diffusion of oxygen into the cell to maintain balance.
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Answer:Blood flowing to your lungs is full of carbon dioxide, which gets exchanged in your lungs and the blood flowing out of your lungs is clean/purified with oxygen in it.
Oxygen diffuses into cells from the bloodstream due to a concentration gradient, where oxygen is higher in the blood compared to inside the cells. This diffusion occurs passively, moving from an area of higher concentration (blood) to an area of lower concentration (cells), to meet the cell's energy demands for cellular respiration.
Freshwater typically has a greater concentration of dissolved oxygen compared to saltwater because oxygen dissolves more easily in freshwater due to its lower salinity. Ocean water is less oxygenated because it has a higher concentration of salts, which can make it more challenging for oxygen to dissolve.
Combustion in a high concentration of pure oxygen is significantly faster than combustion in low concentration air because there are more oxygen molecules available to react with the fuel. The higher oxygen concentration allows for more efficient combustion and a faster reaction rate. However, it can also increase the risk of fire hazards due to the greater availability of oxygen.
The concentration of oxygen inhaled during oxygen therapy depends on the flow rate of oxygen being delivered and the delivery method used (e.g., nasal cannula, mask). Higher flow rates or different delivery methods can increase the concentration of oxygen being delivered to the patient.
no i cant answer this
The concentration of oxygen in water is 88,88 %.