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13. In Fig. C, fluids A and B have specific gravities of 0.915 and 2.95 respectively. If y = 1.36 ft and z= 1.22 ft, compute the pressure at me 14. In problem 13, if the pressure at m is increased 1 lb per sq in. how many inches will fluid B rise in the -in. tube? Water Fluid A- Mercury 12 Fig. A diam. H Fig. C -Fluid B diam Fluid A- Air Fig. B Fluid A Gage liquid -Gage liquid Fig. D J

13. In Fig. C, fluids A and B have specific gravities of 0.915 and 2.95 respectively. If y = 1.36 ft and z= 1.22 ft, compute the pressure at me 14. In problem 13, if the pressure at m is increased 1 lb per sq in. how many inches will fluid B rise in the -in. tube? Water Fluid A- Mercury 12 Fig. A diam. H Fig. C -Fluid B diam Fluid A- Air Fig. B Fluid A Gage liquid -Gage liquid Fig. D J

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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13. In Fig. C, fluids A and B have specific gravities of 0.915 and 2.95, respectively. If y = 1.36 ft and z= 1.22 ft, compute the pressure at m. 14. In problem 13, if the pressure at m is increased 1 lb per sq in., how many inches will fluid B rise in the -in. tube? of Water Fluid A- Mercury Fig. A diam. Fig. C Fluid B Fluid A- Air Fig. B Fluid Gage liquid -Gage liquid Fig. D
Transcribed Image Text:13. In Fig. C, fluids A and B have specific gravities of 0.915 and 2.95, respectively. If y = 1.36 ft and z= 1.22 ft, compute the pressure at m. 14. In problem 13, if the pressure at m is increased 1 lb per sq in., how many inches will fluid B rise in the -in. tube? of Water Fluid A- Mercury Fig. A diam. Fig. C Fluid B Fluid A- Air Fig. B Fluid Gage liquid -Gage liquid Fig. D
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