A question about liquid pressere

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In summary, the conversation discusses two questions regarding water pressure and normal pressure. The first question is unclear and does not make sense, and the second question lacks context. The conversation also mentions a German learning set for pilot candidates, which may have been translated poorly. The speaker thanks the other person for attempting to explain the questions.
  • #1
torukojin
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Member warned that the template must not be deleted, and some effort must be shown
1. please help me with the following two questions and explain it to me like I am a 15 years old dummy, thanks in advance
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  • #2
The question "Which water jet can be expected at high under pressure?" does not appear to have been written by a native English speaker. It does not make sense. Are we to assume that the water is under high pressure? Or that the ambient air is under high pressure? Is "under pressure" supposed to mean "underpressure" which would likely be a lower-than-ambient pressure.

The question about normal pressure is even less sensible. How are we expected to know what is normal without context?
 
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  • #3
Thanks man for the explanation.
These are from Vimana physics a german based learning set which is a preparation for DLR (by lutfansa )TEST for pilot candidates.they must have used google translator or sth.even you can t understand as a native speaker let alone ı m a foreigner. I might as well die
Thnks for the reply anyways
 

What is liquid pressure?

Liquid pressure is the amount of force exerted by a liquid on its surrounding container or objects within it.

How is liquid pressure calculated?

Liquid pressure can be calculated by dividing the force exerted by the liquid by the area over which it is exerted. The formula is P = F/A, where P is the pressure, F is the force, and A is the area.

What factors affect liquid pressure?

The factors that affect liquid pressure include the depth of the liquid, the density of the liquid, and the acceleration due to gravity. The pressure also increases with depth and density.

What is the difference between liquid pressure and atmospheric pressure?

Liquid pressure is the force exerted by a liquid, while atmospheric pressure is the force exerted by the atmosphere. Liquid pressure increases with depth, while atmospheric pressure decreases with altitude.

How is liquid pressure used in everyday life?

Liquid pressure is used in various applications such as hydraulic systems, plumbing, and scuba diving. It is also used in measuring devices like barometers and manometers.

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