The pressure of the natural gas installation is as follows. As you can see, mercury (mercury), oil (oil) and water (water) fluids It is measured with a manometer. Open end of the manometer (X + 85) It is under the influence of kPa ambient pressure. The relative content of mercury and oil (relative to water) density (SG) and density of water (ρwater = 997 kg / m3 ) is known. Determine the absolute pressure in the installation (X=00)
The pressure of the natural gas installation is as follows. As you can see, mercury (mercury), oil (oil) and water (water) fluids It is measured with a manometer. Open end of the manometer (X + 85) It is under the influence of kPa ambient pressure. The relative content of mercury and oil (relative to water) density (SG) and density of water (ρwater = 997 kg / m3 ) is known. Determine the absolute pressure in the installation (X=00)
Automotive Technology: A Systems Approach (MindTap Course List)
6th Edition
ISBN:9781133612315
Author:Jack Erjavec, Rob Thompson
Publisher:Jack Erjavec, Rob Thompson
Chapter34: Emission Control Diagnosis And Service
Section: Chapter Questions
Problem 2RQ: What will result from too little EGR flow? And what can cause a reduction in the flow?
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The pressure of the natural gas installation is as follows.
As you can see, mercury (mercury), oil (oil) and water (water) fluids
It is measured with a manometer. Open end of the manometer (X + 85)
It is under the influence of kPa ambient pressure. The relative content of mercury and oil (relative to water)
density (SG) and density of water (ρwater = 997 kg / m3
) is known.
Determine the absolute pressure in the installation (X=00)
Expert Solution
Step 1
Let be the absolute pressure of natural gas in the installation.
Given fluid in the manometer: For mercury: density, ;
For oil of specific gravity = 0.69;
For water,
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