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What is the difference between a human circulatory system and chimpanzee circulatory system?
The circulatory system of the chimp and human is basically the same.
What hydraulic and pneumatic systems are in a human body?
In the human body, the cardiovascular system operates similar to a hydraulic system, with the heart acting as a pump to circulate blood. The respiratory system works like a pneumatic system, with the lungs using air pressure to facilitate breathing.
Why is circulatory system similar to a water system?
The circulatory system, like the water system, continually reuses the same materials.
Is the system sanguine and the circulatory system the same?
respiratory system
What system do plants have the same as humans?
circulatory system
Is a human circulatory system a hydraulic or pneumatic system?
The human circulatory system is primarily a hydraulic system. It uses liquid, specifically blood, to transport nutrients, gases, and waste throughout the body, relying on pressure generated by the heart to move the blood through vessels. In contrast, pneumatic systems operate using gases, which is not applicable to human physiology.
What is cardiovascular system and the circulatory system?
The cardiovascular system and the circulatory system are the same. They consist of the heart, veins, blood vessels, arteries and blood supply.
How are the respiratory system and the circulatory are the same?
There the same because there both systems.
Is the white tiger's circulatory system the same as a human's?
No
Is the circulation system and the circulatory system the same?
Yes. Both are the same system, just with different names. Another name for the same system is the cardiovascular system.
Are the muscular system and the circulatory system the same?
They are not, so the question is clearly misguided.
An example of an natural hydraulic system?
An example of a natural hydraulic system is a river. Rivers are formed when water flows downhill due to gravity, creating channels and carrying sediment downstream. The flow of water in rivers is driven by the natural hydraulic gradient, with various features like bends, meanders, and tributaries shaping the overall system.
