The water tank in Figure Q3b is inside a closed cabin, falling from a drop tower...

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The water tank in Figure Q3b is inside a closed cabin, falling from a drop tower with an acceleration of y = 3.81 m/s². The water flows from the tank through a 20 cm diameter pipe, exits from a 5 cm nozzle, and rises 2 m above the nozzle, as shown in Figure Q3b. Assume that the reservoir is so big that the water speed at the surface is negligible (the level remains constant), and the flow is steady. frictionless, and incompressible. Determine the pressure PA Determine the pressure at the entrance of the pipe (i) (11) 10cm Figure Q3b 2m. 15cm The water tank in Figure Q3b is inside a closed cabin, falling from a drop tower with an acceleration of y = 3.81 m/s². The water flows from the tank through a 20 cm diameter pipe, exits from a 5 cm nozzle, and rises 2 m above the nozzle, as shown in Figure Q3b. Assume that the reservoir is so big that the water speed at the surface is negligible (the level remains constant), and the flow is steady. frictionless, and incompressible. Determine the pressure PA Determine the pressure at the entrance of the pipe (i) (11) 10cm Figure Q3b 2m. 15cm

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