Question

How does Boyle's law affect the human body?

Answer 1

Hint: Boyle's law has application in human relaxing. As the lungs extend, the volume inside the lungs increments and the pressure factor inside reductions (it keeps Boyle's law). ... This cycle is known as inward breath and during the exhalation cycle, the volume inside the lungs diminishes and the pressure factor increments.

Complete step by step answer:
Just beneath the lungs is a muscle called the stomach. At the point when an individual takes in, the lungs get air in it (or extends) . The lungs on extension drops the stomach down. The stomach , which is a vault molded muscle, turns out to be more "smoothed" . At the point when the lung volume builds, the pressing factor in the lungs diminishes (Boyle's law). Since air constantly moves from territories of high strain to zones of lower pressure, air will currently be brought into the lungs in light of the fact that the pneumatic force outside the body is higher than the pressing factor in the lungs.
The contrary cycle happens when an individual inhales out. At the point when the individual inhales out the stomach moves upwards and makes the volume of the lungs decline, the air inside lungs takes up less volume or has a higher pressing factor. The pressing factor in the lungs will increment, and the air that was in the lungs will be constrained out towards the lower gaseous tension external to the body.

Note:
 As per Boyle's law, if a given measure of gas has a consistent temperature, expanding its volume diminishes its pressure factor, and the other way around. At the point when you breathe in, muscles increment the size of your thoracic (chest) pit and extend your lungs. This builds their volume, so pressure inside the lungs diminishes.