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Crude oil having a density of 856 kg/m' and dynamic viscosity of 0.0072 Pa-sec flows through a 60 mm diameter pipe at a velocity of 0.24 m/s. Which of the following most nearly gives the Reynold's number? a. 1217 b. 1271 c. 1127 d. 1712 Which of the following most nearly gives the total head lost if the pipe is 1500 m long? a. 4.17 m b. 2.74 m c. 3.86 m d. 3.70 m If the discharge over a 45° triangular weir is 0.021 m³/s, what is the head? a. 0.37 m b. 0.27 m c. 0.49 m d. 1.34 m

Crude oil having a density of 856 kg/m' and dynamic viscosity of 0.0072 Pa-sec flows through a 60 mm diameter pipe at a velocity of 0.24 m/s. Which of the following most nearly gives the Reynold's number? a. 1217 b. 1271 c. 1127 d. 1712 Which of the following most nearly gives the total head lost if the pipe is 1500 m long? a. 4.17 m b. 2.74 m c. 3.86 m d. 3.70 m If the discharge over a 45° triangular weir is 0.021 m³/s, what is the head? a. 0.37 m b. 0.27 m c. 0.49 m d. 1.34 m

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Crude oil having a density of 856 kg/m³ and dynamic viscosity of 0.0072 Pa-sec flows through a 60 mm diameter pipe at a velocity of 0.24 m/s. Which of the following most nearly gives the Reynold's number? a. 1217 b. 1271 c. 1127 d. 1712 Which of the following most nearly gives the total head lost if the pipe is 1500 m long? 4.17 m 2.74 m c. 3.86 m d. 3.70 m a. b. If the discharge over a 45° triangular weir is 0.021 m³/s, what is the head? a. 0.37 m b. 0.27 m c. 0.49 m d. 1.34 m
Transcribed Image Text:Crude oil having a density of 856 kg/m³ and dynamic viscosity of 0.0072 Pa-sec flows through a 60 mm diameter pipe at a velocity of 0.24 m/s. Which of the following most nearly gives the Reynold's number? a. 1217 b. 1271 c. 1127 d. 1712 Which of the following most nearly gives the total head lost if the pipe is 1500 m long? 4.17 m 2.74 m c. 3.86 m d. 3.70 m a. b. If the discharge over a 45° triangular weir is 0.021 m³/s, what is the head? a. 0.37 m b. 0.27 m c. 0.49 m d. 1.34 m
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