Answer :
Final answer:
For every 10 meters/33 feet of depth change, there is a pressure change of 1 bar/ata. This is due to the hydrostatic pressure - the pressure exerted by a fluid (like water) due to gravity.
Explanation:
The change in pressure for every 10 meters/33 feet of depth change is 1 bar/ata. This concept can be better understood under the framework of hydrostatic pressure. This is the pressure exerted by a fluid, in this case, water, due to gravity. A practical application of this concept can be seen in diving, where for every 33 feet of salt water, it represents 1 ATA of pressure, adding to 1 ATA of pressure from the atmosphere at sea level. This means a diver experiences changes in pressure as they descend or ascend, affecting elements such as buoyancy and the rate of air consumption.
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