Question

How does atmospheric pressure change with depth?

Answer 1

The pressure factor applied by a fluid is slightly simply under the outside of the fluid, yet as we go further in a fluid the pressure factor of fluid increments, as the depth builds the heaviness of fluid segment pushing down from above increments and subsequently the pressure factor additionally increments.

Complete step by step answer:
Atmospheric pressure decreases at elevation. Pressure factor INCREASES at sea depth. What's more, this is positively an issue for scuba jumpers... At the surface they are breathing gas at $1 \cdot atm$ pressure factor. At a depth of $10 \cdot m$ they inhale air at $2 \cdot atm.$ and at $20 \cdot m$ they breath at $3 \cdot atm.$At higher fixations, dinitrogen gas can have opiate effects....and obviously, quick climb by jumpers may prompt broke down gas emerging from arrangement, a perilous and possibly hazardous circumstance.
Pressure factor increments with sea depth.
Adrift level, the air that encompasses us pushes down on our bodies at $14.7$ pounds per square inch . The more profound you go under the ocean, the more noteworthy the pressure factor of the water pushing down on you. For each $33{\text{ }}feet{\text{ }}\left( {10.06{\text{ }}meters} \right)$ you go down, the pressure factor increments by one air.

Additional information –Water pressure is the aftereffect of the heaviness of all the water above pushing down on the water beneath. As you go further into a waterway, there is more water above, and thusly a more prominent weight pushing down. This is the explanation water pressure increments with depth. The pressing factor relies just on the depth, and is the equivalent anyplace at a provided depth and in each guidance

Note:
At the Earth's surface, the gaseous pressure applied on you is an aftereffect of the heaviness of air above you. This pressing factor is diminished as you move up in height and the heaviness of air above you diminishes. Submerged, the pressure factor applied on you increments with expanding depth.