Question

Determine the maximum population that can be served by a main collector 500 mm in diameter...

Determine the maximum population that can be served by a main collector 500 mm in diameter at slope 0.002 when running 3/4 full, if the average sewage flow is 250 l/c/d if the maximum flow = 3 average flow

Engineering   Civil-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Feel free to ask for further clarification.

please up-vote if you liked this solution. As it will encourage me to solve more and more problems and help students.

Thank you,

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A semi-circular channel 3m in diameter has a maximum discharge capacity 8 m3/sec when running full....
A semi-circular channel 3m in diameter has a maximum discharge capacity 8 m3/sec when running full. Its capacity is required to be augmented to 10.8m3/s by raising its bank vertically. Use Mannings . (a) Find the minimum height to which the banks should be raised. (b) Compute the slope of the new channel bed if n = 0.012. (c) Compute the average depth of water in the channel
Wastewater treatment The Ampang Jaya Municipal Council with a population of 350,000 and several industries discharged...
Wastewater treatment The Ampang Jaya Municipal Council with a population of 350,000 and several industries discharged 11 MGD of raw sewage into an activated sludge system treatment plant. The average concentration of BOD5 is 240 mg/L and the suspended solids is 260 mg/L. If the average domestic per capita sewage flow is 225 L/c.day, what is the average flow of the industrial wastewater (in MGD)? marks) If the average BOD5 load from the domestic sewage is 55gcapita-1day-1, determine the average...
A beverage manufacturer has recently commissioned a 500 m3 aerated tank to biologically treat 4×105 L/d...
A beverage manufacturer has recently commissioned a 500 m3 aerated tank to biologically treat 4×105 L/d of wastewater prior to discharge. The tank is a single–pass configuration not catering for recycle. Regulations are particularly stringent requiring that the discharged waste not exceed 10 mg BOD/L owing to the sensitive receiving environment. You have been specifically asked to determine whether the current tank volume is adequate. If not, determine the maximum flow that can be treated while still meeting the BOD...
suppose a certain electric cable can carry a maximum current of 125 A. Determine the magnitude...
suppose a certain electric cable can carry a maximum current of 125 A. Determine the magnitude of the magnetic field at a point 4.5 m away from the cable. a. 4.69 x 10^-4 T b. 3.49 x 10^-5 T c. 5.56 x 10^-6 T d. 7.95 x 10^-3 T e. 1.75 x 10^-5 T
Exponential Model: P(t) = M(1 − e^−kt) where M is maximum population. Logistic Model: P (t)...
Exponential Model: P(t) = M(1 − e^−kt) where M is maximum population. Logistic Model: P (t) = M / 1+Be^−MKt where M is maximum population. Scientists study a fruit fly population in the lab. They estimate that their container can hold a maximum of 500 flies. Seven days after they start their experiment, they count 250 flies. 1. (a) Use the exponential model to find a function P(t) for the number of flies t days after the start of the...
Water at 15°C enters a tube of 2 cm of diameter with flow rate 3953 kg/h....
Water at 15°C enters a tube of 2 cm of diameter with flow rate 3953 kg/h. Assume the ratio L/D>10, and the wall temperature is constant at 80-C. The outlet temperature is 50°C The properties of water at the film temperature are density rho = p = 985 kg/m3, specific heat Cp = 4180 J/kgk, conductivity k = 0.651 W/mK, dynamic viscosity mu= u = 4.71 × 10- kg/ms, At the wall temperature of 80°C we have dynamic viscosity muw=...
1) I study a population of penguins with a Ro of 1. What can you tell...
1) I study a population of penguins with a Ro of 1. What can you tell me about this population? a. It is doubling. b. It has a type II survivorship curve. c. It is demographically stable. d. It is neither increasing nor decreasing. e. This population is experiencing exponential growth. 2) Populations of Howler Monkeys in Panama experienced a 90% decrease in population numbers in the 1940s due to a yellow fever epidemic. By the 1990s, their population numbers...
The manger of a manufacturing company recently hired an economist to estimate the firm’s production function....
The manger of a manufacturing company recently hired an economist to estimate the firm’s production function. based on the economist report. The manager now knows that the firm production function is given by Q=K^3/4^L^1/^4 and that capital is fixed at 81 unit. a) calculate the average product of labor when 16 units of labor are utilized b) calculate the marginal product of labor when 16 units of labor are utilized c)suppose the firm can hire labor at a wage of...
python programming Question #4: # Years ago the Romans used a different system to represent numbers....
python programming Question #4: # Years ago the Romans used a different system to represent numbers. # Instead of using the digits (0, 1, 2, 3, 4, 5, 6, etc.), the Romans # formed numbers by joining combinations of the characters # (I, V, X, L, C, D, and M). # Roman Numeral characters and their integer values are: # I = 1, V = 5, X = 10, L = 50, C = 100, D = 500, and M...
Question 2 (30 marks) a. Find the point estimate of the average systolic pressure of all...
Question 2 a. Find the point estimate of the average systolic pressure of all female in the population. [3 marks] b. Construct the 95% confidence interval of the average systolic pressure of all female in the population. Briefly explain the confidence interval. [6 marks] c. Determine the margin of error of estimate for part (b). [2 marks] d. Find the 98% confidence interval of the average systolic pressure of all female in the population. What conclusion can be drawn from...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT