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What else can I help you with?
7 Why is there no passage between the left and right Ventricle?
Because we have what is called a double-circulation system. The right and left side of the heart send blood to different areas of the body, and the blood must be kept separate. The right side sends deoxygenated blood from the body to the lungs to be oxygenated. The left side sends oxygenated blood from the lungs to the body. If there were a passage between the left and right ventricles, then a couple of things could happen. Some deoxygenated blood from the body would be recirculated to the body, decreasing the oxygen supply for the body's cells. Also, some oxygenated blood from the lungs would be re-circulated back through the lungs. It would make for a much less efficient system for oxygenating the body and ridding the body of carbon dioxide. ANy such opening would likely be surgically closed if at all possible.
What is the adaptation of a bearded pig?
not possible
Possible adaptation of species in stream communities that allow them to overcome difficulties?
one is the borrowing adaptation
Are there possible ways of separation for iron pyrite?
Yes, there are.
How can paraffin oil be separated from petrol?
Separation is possible by distillation.
Is cross species possible?
Possible? It depends on the separation of the species ...but it is highly unlikely, even with scientific help.
What is the mean of 1.02.93.24.75.35.57.18.08.08.29.4?
It is not possible to anser the question since there is no separation of the numbers.
How does the adaptation of a sweet potato plant helps it get as much sunlight as possible?
Creepers ")
How this adaptation helps the plant to get as much sunlight as possible for the money plant?
ok
A consequence of separation of duties is that?
theft is still possible when several employees are involved.
What is difference between volatility and evaporation in chemistry?
After my opinion a strict separation is not possible.
From where lungs collect oxygenated blood?
Simply put, the lungs don't get oxygenated blood. The lungs produced oxygenated blood by collected de oxygenated blood and expelling the carbon dioxide (breath out) and refilling with oxygen (breath in). This is a very simple and basic explanation but suffice to say that all this is made possible through tiny blood vessells which can absorb fresh oxygen and expel carbon dioxide via the lungs.
