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Manometer with three liquids as shown. SGs are given. Calculate gauge pressure for oil. 20 KPa Water 10 cm 10 cm 20 cm TI Oil SG=0.9 Hg SG= 13.6

Manometer with three liquids as shown. SGs are given. Calculate gauge pressure for oil. 20 KPa Water 10 cm 10 cm 20 cm TI Oil SG=0.9 Hg SG= 13.6

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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**Manometer Problem with Multiple Liquids:** This diagram illustrates a manometer containing three different liquids: water, mercury (Hg), and oil. The specific gravities (SG) of the liquids are provided, and the task is to calculate the gauge pressure for the oil. **Key Information:** - **Water Column:** - Height: 10 cm - Pressure: 20 kPa - **Mercury (Hg) Column:** - Height: 20 cm - Specific Gravity (SG): 13.6 - **Oil Column:** - Height: 10 cm - Specific Gravity (SG): 0.9 - Unknown gauge pressure (??) The figure shows the arrangement of these columns, with water at the bottom, mercury in the middle section, and oil at the top. The goal is to determine the gauge pressure exerted by the oil.
Transcribed Image Text:**Manometer Problem with Multiple Liquids:** This diagram illustrates a manometer containing three different liquids: water, mercury (Hg), and oil. The specific gravities (SG) of the liquids are provided, and the task is to calculate the gauge pressure for the oil. **Key Information:** - **Water Column:** - Height: 10 cm - Pressure: 20 kPa - **Mercury (Hg) Column:** - Height: 20 cm - Specific Gravity (SG): 13.6 - **Oil Column:** - Height: 10 cm - Specific Gravity (SG): 0.9 - Unknown gauge pressure (??) The figure shows the arrangement of these columns, with water at the bottom, mercury in the middle section, and oil at the top. The goal is to determine the gauge pressure exerted by the oil.
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