(0= 25°, D1 = 20 cm, D2=1.5 cm, P1=125 kPa, and Q1=5 m³/hr) Water flows through this horizontal pipe system with a flow of Q1 in the main pipe, which has a diameter D1. The flow splits equally into the branching pipes and discharges into the atmosphere through two nozzles, each with a diameter of D2. Determine the total force (N) resisted by the flange bolts. Let P1 be the pressure at section 1.
(0= 25°, D1 = 20 cm, D2=1.5 cm, P1=125 kPa, and Q1=5 m³/hr) Water flows through this horizontal pipe system with a flow of Q1 in the main pipe, which has a diameter D1. The flow splits equally into the branching pipes and discharges into the atmosphere through two nozzles, each with a diameter of D2. Determine the total force (N) resisted by the flange bolts. Let P1 be the pressure at section 1.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Ꮎ
0
Q
(0= 25°, D1 = 20 cm, D2=1.5 cm,
P1=125 kPa, and Q1=5 m³/hr)
Water flows through this horizontal
pipe system with a flow of Q1 in the
main pipe, which has a diameter D1.
The flow splits equally into the
branching pipes and discharges into
the atmosphere through two nozzles,
each with a diameter of D2.
Determine the total force (N) resisted
by the flange bolts. Let P1 be the
pressure at section 1.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F20d4b84e-2c3d-4ac0-a8bb-5e5f90772256%2F3e14944a-88de-4ac3-8456-ed755fbf8d7d%2Fv3x1yx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Ꮎ
0
Q
(0= 25°, D1 = 20 cm, D2=1.5 cm,
P1=125 kPa, and Q1=5 m³/hr)
Water flows through this horizontal
pipe system with a flow of Q1 in the
main pipe, which has a diameter D1.
The flow splits equally into the
branching pipes and discharges into
the atmosphere through two nozzles,
each with a diameter of D2.
Determine the total force (N) resisted
by the flange bolts. Let P1 be the
pressure at section 1.
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