Q1. Consider the sphere shown below. Water, density = 1000kg/m.flows into the sphere from pipe and leaves from pipe 2 an

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Q1 Consider The Sphere Shown Below Water Density 1000kg M Flows Into The Sphere From Pipe And Leaves From Pipe 2 An 1 (57.9 KiB) Viewed 53 times

Q1. Consider the sphere shown below. Water, density = 1000kg/m.flows into the sphere from pipe and leaves from pipe 2 and pipe 3. The weight of the sphere with everything included is 100kg. The cross-sectional areas of all the pipes are equal to 0.005m”. The velocity of water in pipe 1, entering the sphere is 20m/s. The flow rate out of pipe 3, Q3 is 0.06m/s. The absolute pressures at pipes 1, 2 and 3 are 200kPa, 150kPa and 120kPa respectively. The local atmospheric pressure is 100kPa. Gravity is in the downward vertical direction, g = 9.8m/s2. Determine the following: a) Find flow rates Q1, Q2, and velocities V2 and V3 b) Find the mass flow rates out of pipes 1, 2 and 3, that is m, n,,, c) Surface forces due to pressure acting in the x and y directions d) Find the reaction forces in the x direction required to hold the sphere in place. e) Find the reaction force in the y direction required to hold the sphere in place X in out 2 O 245 Y g SPHERE X 30° C out 3 . GAIAnna variables. free