Figure Q3 shows a pipe connected to a bend and a nozzle, which is pointing verti

Question

Figure Q3 shows a pipe connected to a bend and a nozzle, which is pointing vertically upards at an angle of 45 degrees. Water with a density of 998 kg/m3 enters the bend-nozzle combination through the inlet flange at station 1, where the pipe diameter D1 equals 90 mm and the pressure is 227 kPa gauge. The nozzle diameter D2 equals 30 mm diameter and the nozzle exit is 0.5 m above the inlet flange. The mass of the bend-nozzle combination is 1.9 kg and its internal volume is 7.5x10-4m3. The gravitational acceleration is 9.81 m2. Estimate the horizontal component of t he anchoring force on the bend-nozzle combination. Figure Q3 shows a pipe connected to a bend and a nozzle, which is pointing vertically upards at an angle of 45 degrees. Water with a density of 998 kg/m3 enters the bend-nozzle combination through the inlet flange at station 1, where the pipe diameter D1 equals 90 mm and the pressure is 227 kPa gauge. The nozzle diameter D2 equals 30 mm diameter and the nozzle exit is 0.5 m above the inlet flange. The mass of the bend-nozzle combination is 1.9 kg and its internal volume is 7.5x10-4m3. The gravitational acceleration is 9.81 m2. Estimate the horizontal component of t he anchoring force on the bend-nozzle combination. he anchoring force on the bend-nozzle combination.

Explanation / Answer

give the figure and put the question again ,, thanks

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