The pipeline shown is having a diameter of 300mm, length is 5000m connecting reservoirs A and B as shown. To increase the capacity of the old pipeline due to increase in demand, a 300mmo pipeline 2500m long is laid out from the original pipeline at its midpoint towards reservoir B. Assuming f=0.02 for all pipes. 50m L = 5000m D=300mm i.Determine the capacity of the old pipeline in m3/sec. a. 0.1725 c. 0.1342 b. 0.1213 d. 0.1534 ii.Determine the capacity of the new pipeline in m3/sec. a. 0.1725 c. 0.1534 b. 0.1213 d. 0.1342 iii.Compute the increase or decrease in flow from A to B. a. 0.0321 c. 0.0512 b. 0.0383 d. 0.0412

The pipeline shown is having a diameter of 300mm, length is 5000m connecting reservoirs A and B as shown. To increase the capacity of the old pipeline due to increase in demand, a 300mmo pipeline 2500m long is laid out from the original pipeline at its midpoint towards reservoir B. Assuming f=0.02 for all pipes. 50m L = 5000m D=300mm i.Determine the capacity of the old pipeline in m3/sec. a. 0.1725 c. 0.1342 b. 0.1213 d. 0.1534 ii.Determine the capacity of the new pipeline in m3/sec. a. 0.1725 c. 0.1534 b. 0.1213 d. 0.1342 iii.Compute the increase or decrease in flow from A to B. a. 0.0321 c. 0.0512 b. 0.0383 d. 0.0412

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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