A a = 0.55 (m) × b = 0.3 (m) concrete box with Manning roughness coefficient...

A a = 0.55 (m) × b = 0.3 (m) concrete box with Manning roughness coefficient of n = 0.016 is to be placed under a roadway. During the T = 100 years design storm, it is expected that water will pond behind the culvert to a height h = 0.2 (m) above the crown of the culvert. If the culvert entrance is to be rounded with the exit loss coefficient of Ke = 0.2 and discharge coefficient of Cd = 0.45. If the slope of the culvert is S% = 0.2 and the length of the culvert is L = 4 (m),

estimate the flow rate through the culvert.
If the flow rate drops down to 20% of the design storm, estimate the depth of water behind the culvert.

Solutions

Expert Solution

ANSWER:--

TRIAL AND ERROR METHOD:-- Trial and error is a fundamental method of problem-solving. It is characterized by repeated, varied attempts which are continued until success, or until the practicer stops trying.

Ally Wells answered 2 months ago

Next > < Previous

Related Solutions

A rectangular laboratory channel has a bottom width of 6.0 in, a Manning roughness coefficient of...

A rectangular laboratory channel has a bottom width of 6.0 in, a Manning roughness coefficient of n = 0.010, longitudinal slope of 2% (So = 0.02). The discharge is 180 gpm. Assume α = 1. The water depth is 2.5 inches at Point A, and 3.0 inches at Point B. The normal depth is 2.066 in and critical depth is 3.228 in. (a) Use the direct step method with one step (Δy = 0.5 in) to determine the distance from...

A rectangular channel 2 m wide has a bottom slope of 0.01 and a roughness coefficient...

A rectangular channel 2 m wide has a bottom slope of 0.01 and a roughness coefficient of 0.017. A sluice gate 2 m wide is located in the channel. The sluice gate has a contraction coefficient of 0.61 and a discharge coefficient of 0.58. The depth of water just upstream from the gate is 2 m. The depth of water just downstream from the gate is 0.5 m. Determine how far upstream from the gate the depth of water will...

A 40 m long concrete box culvert (n = 0.012) will be laid on a slope...

A 40 m long concrete box culvert (n = 0.012) will be laid on a slope S = 0.001. The inlet will have a headwall parallel the embankment and the entrance will be beveled on three sides. What should be the width, b, of the culvert if D = 1 m TW = 1.1 m, Q = 1.8 m3/s, and the HW < 3.0 m. Assume that the outlet creates the maximum headwater for your solution.

Discuss why the Manning’s coefficient of roughness may be different for the same bedding material at...

Discuss why the Manning’s coefficient of roughness may be different for the same bedding material at low flows Discuss a practical application where an engineer may design an open channel system that utilizes artificially roughened channel sections Explain what channel conveyance is and the effects culverts and roughened channel sections have on it In your own words describe what the Manning’s n-value is and why it is so important to identify the correct value when calculating velocity using the Manning’s...

The following system is at equilibrium with [N2O4] = 0.55 M and [NO2] = 0.25 M....

The following system is at equilibrium with [N2O4] = 0.55 M and [NO2] = 0.25 M. If an additional 0.10 M NO2 is added to the reaction mixture with no change in volume, what will be the new equilibrium concentration of N2O4? N2O4(g) <> 2 NO2(g) Answer = 0.59 M show work

2. Find the standart normal-curve area that lies a) between z= -0.55 and z=0.55; b) to...

2. Find the standart normal-curve area that lies a) between z= -0.55 and z=0.55; b) to the right of z =-1.59; c) to the left of z=0.67; d) between z=1.99 and z=2.37

A trapezoidal channel that has a 15 foot bottom width, Manning’s roughness coefficient of 0.033, bed...

A trapezoidal channel that has a 15 foot bottom width, Manning’s roughness coefficient of 0.033, bed slope of 0.0021 ft/ft, symmetrical side slopes of 4H:1V (s = 4), and conveys 250 cfs. It is dammed up to a depth of 4 feet. How far back upstream will it take for the M1 curve to reach normal depth? a. 1,430 ft. b. 1,894 ft. c. 2,302 ft. d. 2,934 ft. e. 3,486 ft.

Hydraulic engineering: A trapezoidal channel that has a 15 foot bottom width, Manning’s roughness coefficient of...

Hydraulic engineering: A trapezoidal channel that has a 15 foot bottom width, Manning’s roughness coefficient of 0.033, bed slope of 0.0021 ft/ft, symmetrical side slopes of 4H:1V (s = 4), and conveys 250 cfs. It is dammed up to a depth of 4 feet. How far back upstream will it take for the M1 curve to reach normal depth? a. 1,430 ft. b. 1,894 ft. c. 2,302 ft. d. 2,934 ft. e. 3,486 ft.

How much load can safely be carried by a 20 m long, 0.3 x 0.3 m...

How much load can safely be carried by a 20 m long, 0.3 x 0.3 m square concrete pile driven in very stiff clay. Address the safe load issue but not the settlement issue. Soil properties: su = 100 kPa, qc = 5 MPa, fc = 70 kPa, pL = 500 kPa, E0 = 7.5 MPa, Cc = 0.3, cv = 10-4 cm2/s, γ = 18 kN/m3. If you need additional properties assume reasonable values.

Imagine that a society has a gini coefficient of 0.3. According to the Maximin Criterion has...

Imagine that a society has a gini coefficient of 0.3. According to the Maximin Criterion has this society reached the efficient level of redistribution? Explain your answer

Subjects