Questions
Reconsider the Wyndor Glass Co. case study introduced in Section 2.1/ in class. Suppose that the...

Reconsider the Wyndor Glass Co. case study introduced in Section 2.1/ in class. Suppose that the estimates of the unit profits for the two new products now have been revised to $500 for the doors and $350 for the windows. (The number of the products are required to be integer.)

a. Formulate this same model algebraically. (Please clearly define all the decision variables, clearly write down the objective function and each constraints)
b. Formulate and solve the revised linear programming model for this problem on a spreadsheet.

In: Finance

Robert Slow was a very influential economist that developed one of the most important models of...

  1. Robert Slow was a very influential economist that developed one of the most important models of economic growth. His main argument is the so-called convergence theory. Review section 20.4 - Economic Convergence and explain what economic convergence is. Briefly describe the arguments both in favor and against this idea of convergence. Which side are you on? Think about the cases of China and South Korea, they were once poor economies but now they are much closer to rich economies. But on the other hand, there are still many economies that continue to be poor. Why is that the case? What makes Asian countries successful and Latin American and African countries not?

In: Economics

just use these questions as a template and plug in your answers as a bullet point...

just use these questions as a template and plug in your answers as a bullet point list of fragmented sentences, much like taking notes or writing a simple outline. You should present 3-5 bullet points for each question. However, if you feel more comfortable writing each answer in paragraph form, you certainly may do so. 1. Why did slavery become so important in the American South? 2. What were some of the conditions and treatment endured enslaved people? 3. What were some ways that enslaved people tried to maintain control over their lives?

In: Operations Management

Suppose the price elasticity of demand 1.15 If​ so, then the demand for cereal is ​elastic...

Suppose the price elasticity of demand 1.15

If​ so, then the demand for cereal is ​elastic or inelastic.

In another​ example, assume the price elasticity of demand for a particular magazine is negative .1.16

The demand for the magazine is inelastic. or . • Elastic

In: Economics

Please provide a step by by step solution Please key these names in alphabetical index filing...

Please provide a step by by step solution

Please key these names in alphabetical index filing order accordint to the ARMA rules

  1. James Danforth, Jr.
  2. Burns Travel Agency
  3. Strathcona County Water Department
  4. Norton R. Henson
  5. Sister Marie O’Doul
  6. The Lone Ranger Riding Supplies
  7. The Jefferson Party House
  8. El Rancho Inn
  9. Cecil Young-Jones
  10. RCT Manufacturers
  11. Administrative Management Society
  12. Hotel Baker
  13. Triple-Star Enterprises
  14. Miss Robert’s Charm School
  15. Acadia University, Wolfville, Nova Scotia
  16. Bob Guerin
  17. William T. Au
  18. Thomas Kaplan, M.D.
  19. Irene McGregor
  20. Arthur P. Van der Linden
  21. Ontario Municipal Board
  22. John Wilkins Supply Corp.
  23. Southwestern Distributors
  24. Department of Employment and Immigration
  25. Four Corners Answering Service
  26. Reliable Answering Service
  27. Montgomery Ward & Co.
  28. South East Pipeline
  29. Webbers’ Home for the Aged
  30. People’s Republic of China
  31. Prince Albert Printing Co.
  32. The Mercantile Bank of Canada
  33. Aero Bolt and Screw Co., Montreal
  34. Strong Memorial Hospital
  35. Surv-Ur-Self Pastries, Inc.

36. Danforth James Jr

37. Agency Burns Travel

38. Department Strathcona County Water

39. Henson Norton R.

40. O’Doul Sister Marie

41. Supplies The Lone Ranger Riding

42. House The Jefferson Party

43. Inn El Rancho

44. Young-Jones Cecil

45. Manufacturers Rct

46. Society Administrative Management

47. Baker Hotel

48. Enterprises Triple-Star

50. Wolfville University Acadia

51. Guerin Bob

52. Au William T.

53. Kaplan Thomas MD

54. McGregor Irene

55. van der Linden Arthur P.

56. Board Ontario Municipal

57. Corp. John Wilkins Supply

58. Distributors Southwestern

59. Immigration Department Of Employment And

60. Service Four Corners Answering

61. Service Reliable Answering

62. Co. Montgomery Ward &

63. Pipeline South East

64. Aged Webbers’ Home For The

65. China People’S Republic Of

66. Co. Prince Albert Printing

67. Canada The Mercantile Bank Of

68. Montreal Co. Aero Bolt And Screw

69. Hospital Strong Memorial

70. Pastrie Surv-Ur-Self

In: Operations Management

Fresplanade Co. had the following historical collection pattern for its credit sales: 70% collected in the...

Fresplanade Co. had the following historical collection pattern for its credit sales:

70% collected in the month of sale
14% collected in the first month after month of sale
8% collected in the second month after month of sale
6% collected in the third month after month of sale
2% uncollectible

The sales on open account (credit sales) have been budgeted for the last six months of the year as shown below:

July $ 84,000
August $ 96,000
September $ 108,000
October $ 120,000
November $ 132,000
December $ 114,000

The estimated cash collection by Fresplanade Co. during August from July and August credit sales is:

In: Accounting

According to government data, 22% of American children under the age of 6 live in households...

According to government data, 22% of American children under the age of 6 live in households with incomes less than the official poverty level. A study of learning in early childhood chooses an SRS of 300 children.

1. Is it okay to use normal calculations for this problem? Explain

2. Describe the sampling distribution

3. What is the probability that more than 20% of the sample are from poverty households? Draw and shade the appropriate normal curve and find the probability. You must find a z-score and write a conclusion in context

In: Statistics and Probability

write a Python program that takes information from the user about a spider seen in North...

write a Python program that takes information from the user about a spider seen in North America and returns whether it is likely to be a dangerous spider. The only two spiders in North America that are actually dangerous are the widow and recluse. The program will ask the user for the following information: color and special markings.

printWelcome – prints program information

printColorMenu – Color menu options should be brown, black, other

printSpecialMarkingsMenu – Special markings options should be hour glass on underside, violin shape on head, other

main – takes in color option and returns spider information as follows:

  • Brown and hourglass on underside: brown widow is dangerous
  • Black and hourglass on underside: black widow is dangerous
  • Brown and violin shape on head: brown recluse is dangerous
  • Other selected for color or special markings: likely not dangerous

Sample run:

Welcome to the dangerous North American spider identifier!

1. Brown

2. Black

3. Other

What color is the spider? Select 1, 2, or 3 from the menu above: 1

1. Hourglass on underside

2. Violin on head

3. Other

Does the spider have any special markings? Select 1, 2, or 3 from the menu above: 1

That is a brown widow and dangerous. Handle carefully!

Welcome to the dangerous North American spider

identifier!

1. Brown

2. Black

3. Other

What color is the spider? Select 1, 2, or 3 from the menu above: 1

1. Hourglass on underside

2. Violin on head

3. Other

Does the spider have any special markings? Select 1, 2, or 3 from the menu above: 2

That is a brown recluse and dangerous. Be careful!

Welcome to the dangerous North American spider identifier!

1. Brown

2. Black

3. Other

What color is the spider? Select 1, 2, or 3 from the menu above: 1

1. Hourglass on underside

2. Violin on head

3. Other

Does the spider have any special markings? Select 1, 2, or 3 from the menu above: 3

That is very likely not a dangerous spider.

In: Computer Science

If you have not done so already, boot your client VM. On the client VM, there...

If you have not done so already, boot your client VM.

On the client VM, there is a user account named 'jsmith' who recently got married and changed their name. They would like their user account to reflect their new last name

1.  Add a user account 'jjones'. (don't worry about setting the password)

2. In the home directory of the 'jsmith' account, there are 2 files.  Copy these files to the home directory of the 'jjones' account.

3.  Change the ownership of the files you just copied to 'jjones' (hint - you'll need to be root to do this). Do not change the group ownership.

4. While in the 'jjones' account's home directory, run the ls -l command and take a screen shot that shows that you've changed ownership of the files.

5. Upload the screen shot to Moodle.

In: Computer Science

How to use ignore case sensitive in the following code ? /** * * * searches...

How to use ignore case sensitive in the following code ?

/**
*
*
* searches for a specific file and prints the location (path)
* of any files with a matching name
*/

import java.io.*;
import java.util.Scanner;

public class FileSearch
{
public static void main(String[] args)
{
FileCrawler crawler = new FileCrawler();
Scanner input = new Scanner(System.in);

System.out.println("Please enter a folder to search:");
File directory = new File("./" + input.nextLine());
System.out.println("Please enter a file to search for:");
String filename = input.nextLine();

search(filename, crawler, directory);
}

public static void search(String filename,
FileCrawler crawler, File directory)
{
   // 1. Enter StartingDirectory
crawler.enterSubdirectory(directory);
   // 2. (search Files, search More Files, ...) <-- summarize
// a- list of all subdirectory from crawler
File[] get_sub= crawler.getSubdirectories();
// b- loop for the list
for (File folder : get_sub) {
  
  
// c- inside the loop call search (for subdirectory)
  
   search( filename , crawler, folder);
  
}

// 3. (check file1, check file3, ...) <-- summarize
File[] get_file= crawler.getFiles();
  
for (File file : get_file) {
   if (file.getName().equals(filename))
   {
       System.out.println(file.getPath());
   }
}
  

  
   // 4. Exit StartingDirectory

crawler.backtrack();
  
// TODO: implement your recursive algorithm here
}
}

In: Computer Science