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When greater precision is required for pressure measurements, a device called micromanometer is used as shown in the figure. Suppose that an initial static equilibrium, the micromanometer has x = 1.22 m and y = 1.36 m. If the pressure at pt. A is increased by 5 KPa, to what height will the fluid in the 1 cm. diameter tube rise? I cm.o X-1.22 m 0.1 cm, y= 1:36m. sp.gr.=0.g

When greater precision is required for pressure measurements, a device called micromanometer is used as shown in the figure. Suppose that an initial static equilibrium, the micromanometer has x = 1.22 m and y = 1.36 m. If the pressure at pt. A is increased by 5 KPa, to what height will the fluid in the 1 cm. diameter tube rise? I cm.o X-1.22 m 0.1 cm, y= 1:36m. sp.gr.=0.g

Elements Of Electromagnetics
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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When greater precision is required for pressure measurements, a device called micromanometer is used as shown in the figure. Suppose that an initial static equilibrium, the micromanometer has x = 1.22 m and y = 1.36 m. If the pressure at pt. A is increased by 5 KPa, to what height will the fluid in the 1 cm. diameter tube rise? I cm.o X-1. 22 m 0.1 cm. 6 4= 1:36m. to com sp.gr.=0.g
Transcribed Image Text:When greater precision is required for pressure measurements, a device called micromanometer is used as shown in the figure. Suppose that an initial static equilibrium, the micromanometer has x = 1.22 m and y = 1.36 m. If the pressure at pt. A is increased by 5 KPa, to what height will the fluid in the 1 cm. diameter tube rise? I cm.o X-1. 22 m 0.1 cm. 6 4= 1:36m. to com sp.gr.=0.g
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