Consider the oil tank shown in figure. The manometer placed on top of the tank measures 50 kPa of pressure. Determine amplitude and center of application of the total pressure force applied to the square plug plate ( length edge=0.6 m) . Assume a reasonable value for the specific weight of oil at ambient temperature. Use both techniques of infinitesimals and volume prisms learned in class and show that they lead to the same results. Explain and comments all your steps.

Consider the oil tank shown in figure. The manometer placed on top of the tank measures 50 kPa of pressure. Determine amplitude and center of application of the total pressure force applied to the square plug plate ( length edge=0.6 m) . Assume a reasonable value for the specific weight of oil at ambient temperature. Use both techniques of infinitesimals and volume prisms learned in class and show that they lead to the same results. Explain and comments all your steps.

Name: p = 50 kPaAir2 mOillo0.6 m(a)Consider the oil tank shown in figure. T
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Description: p = 50 kPaAir2 mOillo0.6 m(a)Consider the oil tank shown in figure. The manometer placed on top of the tank measures 50 kPa ofpressure. Determine amplitude and center of application of the total pressure force applied to thesquare plug plate ( lengt

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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p = 50 kPa
Air
2 m
Oil
lo
0.6 m
(a)
Consider the oil tank shown in figure. The manometer placed on top of the tank measures 50 kPa of
pressure. Determine amplitude and center of application of the total pressure force applied to the
square plug plate ( length edge=0.6 m) . Assume a reasonable value for the specific weight of oil at
ambient temperature. Use both techniques of infinitesimals and volume prisms learned in class and
show that they lead to the same results. Explain and comments all your steps.

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