A closed tank contains 20m deep water. A hose is connected as shown such that the nozzle (diameter = 1cm) is directed straight up. If the air gage pressure inside the tank is 200kPa, solve the theoretical exit velocity at the nozzle assuming no losses. AIR 20 m O 33.78m/s O 39.41m/s O 25.92m/s O 28.15m/s
A closed tank contains 20m deep water. A hose is connected as shown such that the nozzle (diameter = 1cm) is directed straight up. If the air gage pressure inside the tank is 200kPa, solve the theoretical exit velocity at the nozzle assuming no losses. AIR 20 m O 33.78m/s O 39.41m/s O 25.92m/s O 28.15m/s
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A closed tank contains 20m deep water. A hose is connected as shown such that the nozzle (diameter = 1cm) is directed straight up. If
the air gage pressure inside the tank is 200kPa, solve the theoretical exit velocity at the nozzle assuming no losses.
AIR
20 m
O 33.78m/s
O 39.41m/s
O 25.92m/s
O 28.15m/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1ee3c507-02dc-4f86-b300-23328733162a%2F210e45cf-6d98-44cf-b84a-69dede92c126%2F7tyua2d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A closed tank contains 20m deep water. A hose is connected as shown such that the nozzle (diameter = 1cm) is directed straight up. If
the air gage pressure inside the tank is 200kPa, solve the theoretical exit velocity at the nozzle assuming no losses.
AIR
20 m
O 33.78m/s
O 39.41m/s
O 25.92m/s
O 28.15m/s
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