Question

In: Civil Engineering

QUESTION 5 If the flow hydrograph as listed in the Table Q5 passes through a stream...

QUESTION 5

If the flow hydrograph as listed in the Table Q5 passes through a stream reach from A to B, for which K = 8.0 hr and x = 0.3

  1. Determine the peak outflow discharge at B. At t=0, the outflow discharge is 40 m3/s
  2. Based on the inflow and outflow hydrograph, discuss the time lag required for the peak flood to reach the downstream area. Comment on the attenuation achieved.

Table Q5

Time (hr)

0

6

12

18

24

30

36

42

48

54

60

66

Inflow

(m3 /s)

40

65

165

250

240

205

170

130

115

85

70

50

Solutions

Expert Solution


Related Solutions

Describe the flow of water from the ground into the water table and to a stream,...
Describe the flow of water from the ground into the water table and to a stream, lake or swam.
1. Explain the flow of the blood as it passes through the heart. 2. Describe the...
1. Explain the flow of the blood as it passes through the heart. 2. Describe the Flank-Starling law in the heart. 3. In a resting state, explain what happened to the stroke volume when the heart rate increased. Why does this occur? 4. Describe how the heart alters stroke volume under sympathetic stimulation.
(a) Find symmetric equations for the line that passes through the point (5, −5, 6) and...
(a) Find symmetric equations for the line that passes through the point (5, −5, 6) and is parallel to the vector −1, 3, −2 . −(x − 5) = 3(y + 5) = −2(z − 6). x + 5 = y + 5 3 = z − 6 −2 .     x − 5 −1 = y + 5 3 = z − 6 −2 . x + 5 −1 = y − 5 3 = z + 6 −2 ....
Air passes through a jet engine nozzle operating at steady state. The flow at the nozzle...
Air passes through a jet engine nozzle operating at steady state. The flow at the nozzle inlet has a temperature of 900° F. The nozzle inlet has an area of 5 ft2. The flow at the nozzle outlet has a temperature of 875° F, a specific volume of 90 ft3/lb, and a velocity of 600 ft/s. The nozzle outlet has an area of 2 ft2. Model the air as an ideal gas with constant specific heats. Evaluate the specific heats...
5) A solenoid passes through the x-y plane. A charge of +5 Coulombs with a mass...
5) A solenoid passes through the x-y plane. A charge of +5 Coulombs with a mass of 5 x 10-7 kg moving at 5 m/s (in the x-y plane) is placed in the solenoid. Due to the magnetic field produced by the solenoid, the charge moves counter-clockwise in a circle at a frequency of 34 Hz. The charge is removed and a circular wire wound 3 times with a radius of 0.6 meters is placed in the solenoid. If the...
Compared to normal blood flow velocity, v0, what is the velocity of blood as it passes through this blockage?
Arteriosclerotic plaques forming on the inner walls of arteries can decrease the effective cross-sectional area of an artery. Even small changes in the effective area of an artery can lead to very large changes in the blood pressure in the artery and possibly to the collapse of the blood vessel. Imagine a healthy artery, with blood flow velocity of v0=0.14m/s and mass per unit volume of ρ=1050kg/m3. The kinetic energy per unit volume of blood is given by K0=12ρv20. Imagine that plaque...
Find the future value of the following cash flow stream at a rate of 5%: Year...
Find the future value of the following cash flow stream at a rate of 5%: Year 0: $0, Year 1: $400, Year 2 $300, Year 3 $250.
Problem 5-18 Uneven cash flow stream Find the present values of the following cash flow streams...
Problem 5-18 Uneven cash flow stream Find the present values of the following cash flow streams at a 3% discount rate. Round your answers to the nearest cent. 0 1 2 3 4 5 Stream A $0 $100 $450 $450 $450 $300 Stream B $0 $300 $450 $450 $450 $100 Stream A $    Stream B $    What are the PVs of the streams at a 0% discount rate? Stream A $    Stream B $   
5) Describe what happens to tubular fluid as it passes through the proximal convoluted tubule of...
5) Describe what happens to tubular fluid as it passes through the proximal convoluted tubule of a juxtamedullary nephron. .
The hydrogen gas of question one passes through a pipe network and now has a static...
The hydrogen gas of question one passes through a pipe network and now has a static pressure of 1 atmosphere, temperature of 293 K and a Mach number of 1.7. Let ? = 1.4. It then encounters a normal shock wave. What is the temperature, pressure and Mach number downstream of the shock wave?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT