M Underwater Vehicle Water Pressure

In summary, the water pressure at a depth of 3218 meters for a vehicle with a volume of 25 cubic meters can be calculated by multiplying the volume by 210e-6 and then multiplying by the depth. The volume of the vehicle is a factor because as the volume increases, the amount of water that the vehicle displaces also increases, leading to a higher water pressure at that depth. This concept is important for scuba divers to understand.
  • #1
samemikejones
5
0
Find water pressure of 3218 meters underwater vehicle with a volume of 25 cubic meters. Am I on the right track with ans: 25*210e-6*3218
 
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  • #2
samemikejones said:
Find water pressure of 3218 meters underwater vehicle with a volume of 25 cubic meters. Am I on the right track with ans: 25*210e-6*3218
What affects water pressure? Why would the volume of the vehicle be a factor in determining the water pressure at that depth?

AM
 
  • #3
From the perspective of a scuba diver, water pressure with depth is a very important concept. Here is a http://newport.pmel.noaa.gov/nemo_cruise98/education/pressure.html that may lend some insight for your question
 
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Related to M Underwater Vehicle Water Pressure

What is an M Underwater Vehicle Water Pressure?

An M Underwater Vehicle Water Pressure is a measure of the force per unit area exerted by the surrounding water on an underwater vehicle. It is typically measured in units of pounds per square inch (psi) or newtons per square meter (N/m²).

How does water pressure affect an M Underwater Vehicle?

The higher the water pressure, the greater the force pushing against the surface of the underwater vehicle. This can create challenges for the vehicle's structure and stability, and can also affect its speed and maneuverability.

What factors contribute to water pressure on an M Underwater Vehicle?

The depth of the water, the density of the water, and the area of the vehicle's surface that is exposed to the water all contribute to the water pressure experienced by the vehicle. Other factors such as currents and waves can also affect water pressure.

How is water pressure measured on an M Underwater Vehicle?

Water pressure is typically measured using pressure sensors or gauges that are built into the vehicle. These sensors can provide real-time data on the water pressure at different depths and locations.

Why is understanding water pressure important for M Underwater Vehicle design?

Understanding water pressure is crucial for designing an M Underwater Vehicle that can withstand the forces exerted by the surrounding water. It is also important for designing efficient and effective propulsion systems, as well as predicting and mitigating potential structural and stability issues that may arise due to water pressure.

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