Billy flew from New York to Cincinnati and had a closed container with a closed outlet to drink from. The container has a diameter of (D. = 5 cm) and height of (H. = 27 cm). The container is filled with 72% of water. The container's outlet has a diameter of (Do = 1 cm) and height of (H, = 30 cm). Last moment container was opened was in New York at an atmospheric pressure of 1072 hPA. When Billy landed in Cincinnati the atmospheric pressure was 850. When Billy opened the bottle once again water discharged because of difference in pressure. 1. Calculate instantaneous flow rate at the point when the closed containers outlet was opened. Assume pressure in the closed container is the difference between cities = 222 hPa and air pressure in Cincinnati 0. Figure 1:

Billy flew from New York to Cincinnati and had a closed container with a closed outlet to drink from. The container has a diameter of (D. = 5 cm) and height of (H. = 27 cm). The container is filled with 72% of water. The container's outlet has a diameter of (Do = 1 cm) and height of (H, = 30 cm). Last moment container was opened was in New York at an atmospheric pressure of 1072 hPA. When Billy landed in Cincinnati the atmospheric pressure was 850. When Billy opened the bottle once again water discharged because of difference in pressure. 1. Calculate instantaneous flow rate at the point when the closed containers outlet was opened. Assume pressure in the closed container is the difference between cities = 222 hPa and air pressure in Cincinnati 0. Figure 1:

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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