A fluid (Specific weight 42.5 lb/ft3) is flowing inside of a pipe reduction section in a pipe as shown. The flow rate is 3.8 ft3/s, pressure gage on point indicate 10 psi and diameters D1 12 inches, D2 = 5.9 inches. Determine the pressure at point (2) (psi) P₁ Di Pa D₂
A fluid (Specific weight 42.5 lb/ft3) is flowing inside of a pipe reduction section in a pipe as shown. The flow rate is 3.8 ft3/s, pressure gage on point indicate 10 psi and diameters D1 12 inches, D2 = 5.9 inches. Determine the pressure at point (2) (psi) P₁ Di Pa D₂
Related questions
Question
A curb nozzle is attached to a vertical pipe. At the flange the pipe has an inside diameter od D1 = 16.0 cm and the gauge pressure is p1 =200 kPa. The end of the nozzle has an inside diameter of D2 = 8.0 cm and discharges a jet of water to atmosphere at an angle 30 deg. fron the horizontal. The flowrate of water is Q = 0.1 m³/s. The nozzle has a mass of 20 kg and the volume of water combined inside the nozzle is 15 liters. The atmospheric pressure is 100 kPa. Determine the vertical required force, at the flange in Newtons, required to hold the nozzle in place. 30° 2 D₂= 8 cm Nozzle F 8 1 D₁= 16 cm, p₁=200 kPa (g) Water flow rate Q=0.1 m³/s Save Answer
Transcribed Image Text:A fluid (Specific weight 42.5 lb/ft3) is flowing inside of a pipe reduction section in a pipe as shown. The flow rate is 3.8 ft3/s, pressure gage on point
indicate 10 psi and diameters D1 12 inches, D2 = 5.9 inches. Determine the pressure at point (2) (pai)
Pi
Di
Pa
D₂
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 16 images
