Question: Using a computer program, determine the potential distribution in the two-dimensional bodies shown in Figures P14 -11 to P14 -16. Figure P14-11 Figure P14-12 Figure

Using a computer program, determine the potential distribution in the two-dimensional bodies shown in Figures P14 -11 to P14 -16.

Figure P14-11

p = 500 m away from pump pumping rate = 5000 m/day Pump K. = Ky = 40 m/day

Figure P14-12

3 8. (2 I cm p = 6 cm 2 7 p= 3 cm 1 cm 6. 2 cm 2 cm K = K, - 2 cm/s %3!

Figure P14-13

p = 500 m away from pump pumping rate = 5000 m/day Pump K. = Ky = 40 m/day 3 8. (2 I cm p = 6 cm 2 7 p= 3 cm 1 cm 6. 2 cm 2 cm K = K, - 2 cm/s %3!

Step by Step Solution

★★★★★

3.38 Rating (151 Votes )

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock

1 33 nodes 56 elements FLUIDS PROBLEM 1411 BOUNDARY VALUES NODAL FORCES LOADING CASE 1 0 000000E00 LOADING CASE 2 1 050000E04 PRESCRIBED NODAL VALUES 26 050000E03 27 050000E03 28 050000E03 29 050000E0... View full answer

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Document Format (1 attachment)

1414-P-T-H-T(1582).docx

120 KBs Word File

Students Have Also Explored These Related Thermodynamics Questions!

Rework Problem 16.11 using a computer program with E = 3 Ã 107 psi, ( = 0.00073 lb-s2 /in4, A = 1 in2, L = 100 in., and I = 0.0833 in4. Figure P16-13 Refer to Problem 16.11, For the beams...

Solve Problem 15.3 using a computer program. For the plane truss shown in Figure P15 -3, bar element 2 is subjected to a uniform temperature rise of T = 60 F. Let E = 30 106 psi, A = 2 in2, and a =...

Solve Problem 15.6 using a computer program. For the plane truss shown in Figure P15 -6, bar element 2 is subjected to a uniform temperature drop of T = 30C. Let E = 70 GPa, A = 4 10-2 m2, and a =...

U.S. Department of Transportation Federal Aviation Administration Subject: RUNWAY LENGTH REQUIREMENTS FOR AIRPORT DESIGN Advisory Circular Date: 7/1/2005 Initiated by: AAS-100 AC No: 150/5325-4B...

Lecture Notes DL MGT 5100 - Distribution Management Spring 2017 1.0. Day one, Monday, Monday, 9 Jan 17 1.1. Reading Assignments: Chapters 1 and 2 1.1.1. I intend to follow the book so as to provide a...

can i get a solution to this question please. Value: Document (include your file name) 15% of final grade How to complete: 1. Read the following Anniversary Party scheduling problem: As the project...

22. Paige has used her Acura TL in her business since July 1, 2020. During 2020, she properly documented 6,000 business miles (1,000 miles each month). The total mileage on her car (i.e., for both...

Hello, you already did chapter 1 and 2 of my MASTERS Thesis already for me. (See attached) So normally you know masters thesis consist of 5 chapters right ??..... But in this case my thesis will be 4...

The following data represent the monthly cell phone bill for my wife's phone for six randomly selected months: Compute the range, sample variance, and sample standard deviation phone bill. $35.34,...

The Smith Company made and sold 10,000 metal tables last year. When output was between 5,000 and 10,000 tables, its average variable cost was $24. In this output range, each table contributed 60% of...

10.58 It is believed that at least 90% of the residents of a certain city and its suburbs did not support the idea of constructing a nuclear power plant near the city. What conclusion would you draw...

3.10 An observer stands at an overpass and, for each motorcycle that passes below, records the value of x 5 the number of riders on the motorcycle. a. What value would you anticipate for the mode of...

A square duct, 30 cm by 30 cm, is maintained at a constant temperature of 30oC and an airstream of 50oC and 1 atm is forced across it with a velocity of 6 m/s. Calculate the heat gained by the duct....

Using the slug-flow model, show that the boundary-layer energy equation reduces to the same form as the transient-conduction equation for the semi-infinite solid of Section 4-3. Solve this equation...

Liquid bismuth enters a 2.5-cm-diameter stainless-steel pipe at 400oC at a rate of 1 kg/s. The tube wall temperature is maintained constant at 450oC. Calculate the bismuth exit temperature if the...

A company has the information about the following accounting numbers: Cost of Goods Sold = $8,200, Accounts Receivable = $4,185, Inventory = $1,606, Credit Sales = $11,500, and Accounts Payable =...

PLEASE ANSWER ALL 4 MULTIPLE CHOICE QUESTIONS "Non-conventional" typically refers to projects that: Have no investment up front Have the only investment occurring up front Have a later outflow in...

section 1: 1)What are the two branches of statistics, and what are they each used for? 2) Are each of the following examples of descriptive or inferential statistics? a. M b. t c. F d. SD e. 3) A...