Advanced Database Management Systems

I have attached two files on which you have to work on. In this, you have to solve the queries given in the document. I have the database which has tables. the queries are in the word document. So please solve the queries. 

Exp19_Excel_Ch06_CapAssessment_Delta_Paint

Exp19_Excel_Ch06_CapAssessment_Delta_Paint

Excel Chapter 6 Grader Project Delta Paint

Excel Chapter 6 Capstone Assessment – Delta Paint

Project Description:

You are the production manager for Delta Paint, a regional manufacturing company that specializes in customized paints. Your company sells paint by the gallon, and you have the task of forecasting the best production blends to maximize profit and most effectively utilize resources.

1

Download and open the file named Exp19_Excel_Ch06_Cap_DeltaPaint.xlsx.   Grader has automatically added your last name to the beginning of the   filename.

2

Create appropriate range names   for Total Production Cost (cell B18) and Gross Profit (cell B21) by   selection, using the values in the left column.

3

Edit the existing name range   Employee_Hourly_Wage to Hourly_Wages2021.
  Note, Mac users, in the Define Name dialog box, add the new named range, and   delete the original one.

4

Use the newly created range   names to create a formula to calculate Net Profit (in cell B22). Net Profit =   Gross Profit – Total Production Cost.

5

Create a new worksheet labeled Range Names, paste the newly created range   name information in cell A1, and resize the columns as needed for proper   display.

6

On the Forecast sheet, start in   cell E3. Complete the series of substitution values ranging from 10 to 200 at increments of 10   gallons vertically down column E.

7

Enter references to the Total_Production_Cost, Gross_Profit, and Net Profit cells in the   correct locations (F2, G2, and H2 respectively) for a one-variable data   table. Use range names where indicated.

8

Complete the one-variable data   table in the range E2:H22 using cell B4 as the column input cell, and then   format the results with Accounting Number Format with two decimal places.

9

Apply custom number formats to   make the formula references appear as descriptive column headings. In F2, Total Costs; in G2, Gross Profit, in H2, Net Profit. Bold and center the headings   and substitution values.

10

Copy the number of gallons   produced substitution values from the one-variable data table, and then paste   the values starting in cell E26.

11

Type $15 in cell F25. Complete the series of substitution   values from $15 to $40 at $5 increments.

12

Enter the reference to the net   profit formula in the correct location for a two-variable data table.

13

Complete the two-variable data   table in the range E25:K45. Use cell B6 as the Row input cell and B4 as the Column input cell.   Format the results with Accounting Number Format with two decimal places.

14

Apply a custom number format to   make the formula reference appear as a descriptive column heading Wages. Bold and center the headings   and substitution values where necessary.

15

Create a scenario named Best Case, using Units Sold, Unit Selling   Price, and Employee Hourly Wage (use cell references). Enter these values for   the scenario: 200, 30, and 15.

16

Create a second scenario named Worst Case, using the same changing cells.   Enter these values for the scenario: 100, 25, and 20.

17

Create a third scenario named Most Likely, using the same changing cells.   Enter these values for the scenario: 150, 25, and 15.

18

Generate a scenario summary report   using the cell references for Total Production Cost and Net Profit.

19

Load the Solver add-in if it is   not already loaded. Set the objective to calculate the highest Net Profit   possible.

20

Use the units sold as changing   variable cells.

21

Use the Limitations section of   the spreadsheet model to set a constraint for raw materials (The raw   materials consumed must be less than or equal to the raw materials   available). Use cell references to set constraints.

22

Set a constraint for labor   hours. Use cell references to set constraints.

23

Set a constraint for maximum   production capability. Units sold (B4) must be less than or equal to maximum   capability per week (B7). Use cell references to set constraints.

24

Solve the problem. Generate the   Answer Report and Keep Solver Solution.

Create a footer on all four   worksheets with your name on the left side, the sheet name code in the   center, and the file name code on the right side.

Save and close Exp19_Excel_Ch06_Cap_DeltaPaint.xlsx.   Exit Excel. Submit the file as directed.

The weight of water is 62.42796 pounds

1.Code writing
The weight of water is 62.42796 pounds per cubic foot.Write a complete C++ program to input the length, width, and depth of a pool in feet. Compute the volume (Volume is the length times the width times the depth) and multiply this by the weight of a cubic foot of water.Checkpoints: The weight of water must be declared as a pound defined global constant; must prompt the user for each dimension separately; and, output must be one digit to the right of the decimal point.Write all necessary statements. Use no function other than main().. No arrays, no loops. (20 points)Sample run:Enter length (ft): 30.6
Enter width (ft): 15.2
Enter depth (ft): 8.0
Weight: 232291.9 pounds2.Code writing

 Complete the program below writing by writing the prototypes and function definitions for getData() and for calBMR(). Make no changes to main()!Function getData() is to prompt the user for and input the person’s weight, height (in inches), age, and ‘F’ for female and ‘M’ for male. Make sure that the program is not case sensitive and exit the program if there is a data entry error. The function calcBMR() should calculate and return the basil metabolic rate (BMR).For Women: BMR = 655 + 4.3 * weight + 4.7 * height in inches + 4.7 * ageFor Men: BMR = 66 + 6.3 * weight + 12.9 * height in inches + 6.8 * age#includeusing namespace std;// Write the prototypes for getData() and calcBMR()__________________________________________________________________________________________int main()
{
// Local Declarations
double weight, height, age;
char sex;
double valBMR;
//Call function to input person’s information
getData(weight, height, age, sex);
//Call function to calculate BMR
valBMR = calcBMR(weight, height, age, sex);
// Output
cout << "BMR: " << valBMR << endl;return 0;
}// main
//Define functions getData() and calc()HTML Editor Keyboard Shortcuts

3. Code writing
Meridian Corporation of Fremont is trying to decide whether to reward employees who carpool to work. The proposed plan is to pay each employee in the carpool $ 0.08 per mile if the minimum passenger efficiency of 25.0 is met. The passenger efficiency is calculated asP = nm
Gwhere n is the number of people in the carpool, m is the distance traveled in miles and G is the number of gallons of fuel used.The file opened in part A (do not open it again but do have a reference to it as a parameter) contains data on existing carpools. The input file represents each existing carpool as a line of data containing the number of people in the carpool, the total commuting distance for a five-day work week, and the number of gallons used. Write a function called calcEfficiency to process this file until the end of data. Calculate the passenger efficiency for each carpool and if the efficiency is greater than 25.0 then output the passenger efficiency and the amount to be rewarded to the screen. Use no arrays! Paste in only the function definition – not main() even it you wrote it to test your program.Sample carpool.txt2 80 4
3 125 10.5
2 350 15.9Sample output Screen:Efficiency Money
40.0 $ 6.40
35.7 $10.00
44.0 …

4. Assume #includeGivenifstream fpIn;Write a statement to open a file called carpools.txt and assign the pointer to fpIn. If the file cannot be found, then print out the message No such file and exit the execution of the program.

Create a database

  

2) Create a database named “ACME Toys”, and create the following table and determine the correct data types: 

Custome

rs Customer

ID  

Company

Name 

Billing

Address 

City  

State  

ZIP Code  

MM91  

Magna Mart,

Inc. 

912 Dodson

Ave 

Chattanooga  TN  

37406  

TH65  

The Toy

House 

651 Holloway

St 

Durham  

NC  

27701  

DB36  

The Dolls and

Bear Barn 

365 Main St  Hartford  

CT  

06085  

 

 

3) Open the file Walburg Energy Alternatives, Enable Content and 

perform the following: 

 

a. Import the Excel file “Item” into the Database to create the Item Table. 

b. Create a query for the Item Table. Include the Item Number, Description, Cost, Selling Price, and Vendor

Code in the query.  Save the query as Item 

Query. 

c. Open the Item Query and add a criterion to limit retrieval to Scryps 

Distributors. Save the Query as Item-Scryps Query. 

d. Create a simple form for the Item Table. Use the name, Item, for the form. 

e. Create a query that includes the Item Number, Description, Cost and Vendor Code fields for all items

where the vendor code is JM. Save the query as Vendor JM. 

f.  Create a query that includes the Item Number and Description fields for all items where the description

starts with the letters, En. Save the query as Item En. 

g. Create a query that includes the Item Number and Description fields for all items with a cost less than

$4.00. Save the query as Less than 4. 

h. Create a query that includes the Item Number, and Description fields for all items with a selling price

greater than $20.00. Save as Greater than 20. 

i.  Create a query that includes all fields for all items with a vendor code of AS 

 

and where the number on hand is fewer than 10. Save as query as AS less 

than 10. 

j.  Create a query that includes all fields for all items that have a selling price greater than $10.00 or a

vendor code of JM. Save query as JM greater 10. 

k. Join the vendor table and the Item Table. Include the Vendor Code and Vendor Name fields from the

Vendor table and the Item Number, Description, On Hand, and Cost fields from the Item table. Sort the

records in ascending order by item number within vendor code. Save the query as 

Vendor Sorted

 

research paper 12-15 pages as mention in document attached

  Cloud Security 

1) Chapter 1 – Introduction 

  Background/Introduction

  Problem Statement

  

Goal 

Research Questions 

Relevance and Significance 

Why is there a problem? What groups or individuals are affected? 

How far-ranging is the problem and how great is its impact? What’s the benefit of solving the problem? 

What has been tried without success to correct the situation? Why weren’t those attempts successful? What are the consequences of not solving the problem? 

How does the goal of the study address the research problem and how will the proposed study offer promise as a resolution to the problem? 

How will the research add to the knowledge base? 

What is the potential for generalization of the results? 

What is the potential for original work? 

Barriers and Issues  

2) Chapter 2 – Literature Review (Only peer reviewed articles are accepted. Summarize the articles in a paragraph)

3) Chapter 3 – The body of the paper. Deep research.

4) Chapter 4 – Conclusion

6) References – APA (not included in page count)

7) Appendices (not included in page count)

Work

 See the attached file and message me for more information or instruction. 

Cloud Computing

 

200+ words (APA format & latest scholarly journal article references 2016 on words)

50+ words answer for each question

Define virtualization and the various types of virtualization.

List the pros and cons of virtualization.

List reasons why companies should virtualize.

List the security advantages of cloud-based solutions.