Calculate for the absolute pressure experienced by the bottom-most part of the house using the equation: Pabs= Patm + Pgauge You may infer from the following information to make sense of your calculation.: a. Atmospheric pressure at surface of the earth during “super typhoon” is ≈ 88000 Pa
Calculate for the absolute pressure experienced by the bottom-most part of the house using the equation: Pabs= Patm + Pgauge You may infer from the following information to make sense of your calculation.: a. Atmospheric pressure at surface of the earth during “super typhoon” is ≈ 88000 Pa
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Question
Calculate for the absolute pressure experienced by the bottom-most part of the house using the equation:
Pabs= Patm + Pgauge
You may infer from the following information to make sense of your calculation.:
a. Atmospheric pressure at surface of the earth during “super typhoon” is ≈ 88000 Pa
Transcribed Image Text:Given-
Density of the fluid (p) = 62.4 g/ mL
Height (h) = 7. 10 ft
Maximum Pressure cement can withstand (Pmax) = 28728. 2 Pa
Requirement-
The liquid pressure experienced(P).
Step 2
Answer-
It is known that –
P = pgh
62.4x10-3 kg
= 62. 4 g/mL
62.4x10-3 kg
10-3x10-3 m3
= 62400 kg /m3
%3D
10-3 L
1 kg
1000 g
1L
= 1000 mL
1 m3 = 1000 L
g = 9. 81 m/s²
h = 7. 10 ft = (7. 10 × 0. 3048) m
1 ft = 0. 3048 m
Now,
P = (62400 x 9. 81 × (7. 10 × 0. 3048))
P:
1324728. 588 Pa
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