1. If the flow out is 200 mm³/sec in figure 1, find K1 and K2 dh = 0.01 mm/sec, dt 2. In figure 2, when 1) Derive the equation giving K 2) Calculate K 1000(mm) 1000(mm) 700 bos Soil 1] H1 500 Soil 500 Soil 2 H2 150mm 5mm
1. If the flow out is 200 mm³/sec in figure 1, find K1 and K2 dh = 0.01 mm/sec, dt 2. In figure 2, when 1) Derive the equation giving K 2) Calculate K 1000(mm) 1000(mm) 700 bos Soil 1] H1 500 Soil 500 Soil 2 H2 150mm 5mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![1. If the flow out is 200 mm³/sec in figure 1, find K1 and K2
dh
= 0.01 mm/sec,
dt
2. In figure 2, when
1) Derive the equation giving K
2) Calculate K
1000(mm)
1000(mm)
700
bos
Soil 1] H1
500
Soil
500
Soil 2
H2
150mm
5mm
400
loe
800(mm)
Figure 1.
Figure 2.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffbe27d4e-6b9f-401f-904f-4c25a4173ee0%2F7d680ec6-cd68-4f18-aee4-d13c23641c1d%2F792zmt_processed.png&w=3840&q=75)
Transcribed Image Text:1. If the flow out is 200 mm³/sec in figure 1, find K1 and K2
dh
= 0.01 mm/sec,
dt
2. In figure 2, when
1) Derive the equation giving K
2) Calculate K
1000(mm)
1000(mm)
700
bos
Soil 1] H1
500
Soil
500
Soil 2
H2
150mm
5mm
400
loe
800(mm)
Figure 1.
Figure 2.
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