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water is moving through the combination of elbow and nozzle. The water is discharged to the atmosphere. The combination is in horizontal plane. Determine

water is moving through the combination of elbow and nozzle. The water is discharged to the atmosphere. The

water is moving through the combination of elbow and nozzle. The water is discharged to the atmosphere. The combination is in horizontal plane. Determine the magnitude and direction of the x and y components of the anchoring force required to hold the elbow and nozzle combination in place. note; use Reynolds transport theorem applied to linear momentum and simplified it to solve the problem. show all the steps linear momentum; at ev Vpdv + Ses VpVndA= EF content of the control volume 160 mm Section (2) 300 mm Water Section (1) P = 100 kPa V = 2 m/s

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