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Create a table and include the depth of the water (mm) from your laboratory measurements. Add columns with the following data: depth of the water converted to meters, submerged area (in square meters), theoretical pressure at the bottom of the surface (in Pascal), average pressure on the vertical surface (in Pascal), and theoretical hydrostatic force on the surface (in Newton).

Create a table and include the depth of the water (mm) from your laboratory measurements. Add columns with the following data: depth of the water converted to meters, submerged area (in square meters), theoretical pressure at the bottom of the surface (in Pascal), average pressure on the vertical surface (in Pascal), and theoretical hydrostatic force on the surface (in Newton).

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Create a table and include the depth of the water (mm) from your laboratory measurements. Add columns with the following data: depth of the water converted to meters, submerged area (in square meters), theoretical pressure at the bottom of the surface (in Pascal), average pressure on the vertical surface (in Pascal), and theoretical hydrostatic force on the surface (in Newton).
Transcribed Image Text:Create a table and include the depth of the water (mm) from your laboratory measurements. Add columns with the following data: depth of the water converted to meters, submerged area (in square meters), theoretical pressure at the bottom of the surface (in Pascal), average pressure on the vertical surface (in Pascal), and theoretical hydrostatic force on the surface (in Newton).
Omm 50g 46mm 100g 67mm 150g 84mm 200g 250g 99mm 300g 114mm 350g 128mm 375g 135mm 400g 142mm 450g 156mm Water 25 degrees Celsius
Transcribed Image Text:Omm 50g 46mm 100g 67mm 150g 84mm 200g 250g 99mm 300g 114mm 350g 128mm 375g 135mm 400g 142mm 450g 156mm Water 25 degrees Celsius
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