The stage discharge data of a river are given below. Establish a stage-discharge relationship to predict the stage for a known discharge. Assume the stage value for zero discharge as 20.50 m. Determine the stage of the river corresponding to a discharge of 2600 m³/s. Stage Discharge Stage Discharge (m) (m³/s) (m) (m³/s) 21.95 100 24.05 780 22.45 220 24.55 1010 22.80 295 24.85 1220 23.00 400 25.40 1300 23.40 490 25.15 1420 23.75 500 25.55 1550 23.65 640 25.90 1760

The stage discharge data of a river are given below. Establish a stage-discharge relationship to predict the stage for a known discharge. Assume the stage value for zero discharge as 20.50 m. Determine the stage of the river corresponding to a discharge of 2600 m³/s. Stage Discharge Stage Discharge (m) (m³/s) (m) (m³/s) 21.95 100 24.05 780 22.45 220 24.55 1010 22.80 295 24.85 1220 23.00 400 25.40 1300 23.40 490 25.15 1420 23.75 500 25.55 1550 23.65 640 25.90 1760

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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Question

4.14 The stage discharge data of a river are given below. Establish a stage-discharge relationship
to predict the stage for a known discharge. Assume the stage value for zero discharge as
20.50 m. Determine the stage of the river corresponding to a discharge of 2600 m/s.
Stage
(m)
Discharge
(m³/s)
Stage
(m)
Discharge
(m³/s)
21.95
100
24.05
780
22.45
220
24.55
1010
22.80
295
24.85
1220
23.00
400
25.40
1300
23.40
490
25.15
1420
23.75
500
25.55
1550
23.65
640
25.90
1760

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