Determine the specific weight on each liquid by using the concept of P2 = P1+γh. Start with the upper most reader (Elevation 2m) since its P1 is zero. Repeat this until you reach the third elevation. Get the average of the three (3) specific weights. Divide this into the specific weight of water. Take this as your Specific Gravity for Fluid A. Gravity= 9.8 m/s2
Determine the specific weight on each liquid by using the concept of P2 = P1+γh. Start with the upper most reader (Elevation 2m) since its P1 is zero. Repeat this until you reach the third elevation. Get the average of the three (3) specific weights. Divide this into the specific weight of water. Take this as your Specific Gravity for Fluid A. Gravity= 9.8 m/s2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Can you follow the instruction given:
Determine the specific weight on each liquid by using the concept of P2 = P1+γh. Start with the upper most reader (Elevation 2m) since its P1 is zero. Repeat this until you reach the third elevation. Get the average of the three (3) specific weights. Divide this into the specific weight of water. Take this as your Specific Gravity for Fluid A.
Gravity= 9.8 m/s2
The atmosphere is off in the simulation.
These are the sample data given:
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