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2.8.16 (WP A structure is attached to the ocean floor as shown in Fig. P2.8.16. A 2-m-diameter hatch is located in an inclined wall and hinged on one edge. Determine the minimum air pressure, p¡, within the container that will open the hatch. Neglect the weight of the hatch and friction in the hinge. Free surface Seawater 10 m 30° Hatch Hinge Air pressure, Pi FIGURE P2.8.16

2.8.16 (WP A structure is attached to the ocean floor as shown in Fig. P2.8.16. A 2-m-diameter hatch is located in an inclined wall and hinged on one edge. Determine the minimum air pressure, p¡, within the container that will open the hatch. Neglect the weight of the hatch and friction in the hinge. Free surface Seawater 10 m 30° Hatch Hinge Air pressure, Pi FIGURE P2.8.16

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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2.8.16 WP A structure is attached to the ocean floor as shown in Fig. P2.8.16. A 2-m-diameter hatch is located in an inclined wall and hinged on one edge. Determine the minimum air pressure, p¡, within the container that will open the hatch. Neglect the weight of the hatch and friction in the hinge. Free surface Seawater 10 m 30° Hatch t Hinge Air pressure, Pi FIGURE P2.8.16
Transcribed Image Text:2.8.16 WP A structure is attached to the ocean floor as shown in Fig. P2.8.16. A 2-m-diameter hatch is located in an inclined wall and hinged on one edge. Determine the minimum air pressure, p¡, within the container that will open the hatch. Neglect the weight of the hatch and friction in the hinge. Free surface Seawater 10 m 30° Hatch t Hinge Air pressure, Pi FIGURE P2.8.16
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