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Water flows through the pipe C at 4.6m/s. Determine the resultant force necessary to hold the horizontal pipe assembly in equilibrium. The pipe has a diameter of 57mm at C, and at A and B the diameter is 25 mm. The pressure inside the pipe is 154kPa 4 m/s

Water flows through the pipe C at 4.6m/s. Determine the resultant force necessary to hold the horizontal pipe assembly in equilibrium. The pipe has a diameter of 57mm at C, and at A and B the diameter is 25 mm. The pressure inside the pipe is 154kPa 4 m/s

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Water flows through the pipe C at 4.6m/s. Determine the resultant force necessary to hold the horizontal pipe assembly in equilibrium. The pipe has a diameter of 57mm at C, and at A and B the diameter is 25 mm. The pressure inside the pipe is 154kPa 3. 4m/s
Transcribed Image Text:Water flows through the pipe C at 4.6m/s. Determine the resultant force necessary to hold the horizontal pipe assembly in equilibrium. The pipe has a diameter of 57mm at C, and at A and B the diameter is 25 mm. The pressure inside the pipe is 154kPa 3. 4m/s
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