2. From the current meter notes taken on the Masiu River (table below). All measurements are in meter. Dist. Depth of observation Time (sec) Depth Rev. Vel. 33 (WE) 46 2.6 0.7 49.0 70 0.32 2.1 50.0 50 0.22 60 3.4 0.65 49.8 90 0.40 2.75 55.0 60 0.24 75 2.2 1.30 53.0 60 0.21 85 (WE) A. Compute the total discharge in liters per second B. Compute the total cross sectional area in sq.m. C Compute the mean velocity in m/sec
2. From the current meter notes taken on the Masiu River (table below). All measurements are in meter. Dist. Depth of observation Time (sec) Depth Rev. Vel. 33 (WE) 46 2.6 0.7 49.0 70 0.32 2.1 50.0 50 0.22 60 3.4 0.65 49.8 90 0.40 2.75 55.0 60 0.24 75 2.2 1.30 53.0 60 0.21 85 (WE) A. Compute the total discharge in liters per second B. Compute the total cross sectional area in sq.m. C Compute the mean velocity in m/sec
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![2. From the current meter notes taken on the Masiu River (table below). All measurements
are in meter.
Dist.
Depth
Depth of
Time (sec)
Rev.
Vel.
observation
33 (WE)
46
2.6
0.7
49.0
70
0.32
2.1
50.0
50
0.22
60
3.4
0.65
49.8
90
0.40
2.75
55.0
60
0.24
75
2.2
1.30
53.0
60
0.21
85 (WE)
A. Compute the total discharge in liters per second
B. Compute the total cross sectional area in sq.m.
C. Compute the mean velocity in m/sec](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b6d2e90-f469-4e70-84ea-72727c5d13c6%2F172ada7c-2825-45a3-b2c6-86881459cac5%2F7etxube_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. From the current meter notes taken on the Masiu River (table below). All measurements
are in meter.
Dist.
Depth
Depth of
Time (sec)
Rev.
Vel.
observation
33 (WE)
46
2.6
0.7
49.0
70
0.32
2.1
50.0
50
0.22
60
3.4
0.65
49.8
90
0.40
2.75
55.0
60
0.24
75
2.2
1.30
53.0
60
0.21
85 (WE)
A. Compute the total discharge in liters per second
B. Compute the total cross sectional area in sq.m.
C. Compute the mean velocity in m/sec
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