Figure 1 shows a fairly large U-tube manometer containing water (density p= 1000.0 kg.m³) and oil (density p=900.0 kg.m³). The left-hand side opening is sealed with a rubber stopper. The height of the oil column is h₂ cm. The height of the water column above the water/oil boundary is h₁ = 20.00 cm. The external pressure is given by Pout = 100.00 kPa. (i) Calculate the absolute pressure at the bottom of the oil column. (ii) Calculate pin, the absolute pressure directly under the rubber stopper. Express your answers to at least 4 significant figures in SI units. Pout Pin U Figure 1: Stoppered U-tube manometer containing water & oil water oil >h₂

Figure 1 shows a fairly large U-tube manometer containing water (density p= 1000.0 kg.m³) and oil (density p=900.0 kg.m³). The left-hand side opening is sealed with a rubber stopper. The height of the oil column is h₂ cm. The height of the water column above the water/oil boundary is h₁ = 20.00 cm. The external pressure is given by Pout = 100.00 kPa. (i) Calculate the absolute pressure at the bottom of the oil column. (ii) Calculate pin, the absolute pressure directly under the rubber stopper. Express your answers to at least 4 significant figures in SI units. Pout Pin U Figure 1: Stoppered U-tube manometer containing water & oil water oil >h₂

Name: Figure 1 shows a fairly large U-tube manometer containing water (dens
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Description: Figure 1 shows a fairly large U-tube manometer containing water (density p= 1000.0 kg.m³3)and oil (density p=900.0 kg.m³). The left-hand side opening is sealed with a rubber stopper.The height of the oil column is h₂ cm. The height of the water colu

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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