Exp19_Access_Ch09_Cap – Trading Cards 1.0

Exp19_Access_Ch09_Cap – Trading Cards 1.0

 #Exp19_Access_Ch09_Cap – Trading Cards 1.0

Exp19 Access Ch09 Cap – Trading Cards 1.0

Project Description:

You and your partner Stann Dupp have a small business selling  baseball cards online through eBay. As the more computer-savvy partner;  you created an Access database with records of the cards you have in  stock. As it turns out, Stann was attempting to manage the card  inventory and ended up modifying crucial aspects of the database that  impact the general operation of the database. You will reverse those  changes and create other safeguards to protect from this happening again  in the future. The database tables may already be normalized; however,  you will examine the tables to verify.

Start Access. Open the downloaded   Access database named Exp19_Access_Ch09_Cap_Trading_Cards.accdb.  Grader has automatically added   your last name to the beginning of the  filename. Save the file to the   location where you are storing your  files.

You   will first establish relationships between the Cards, Brands,  and Rarity   tables based on the common fields that they share.
 

  Open the Relationships window. Add the Cards,   Brands, and Rarity tables to the layout.

After   creating a relationship between two tables, you will enforce  referential   integrity, which ensures that the relationship will remain  intact if/when   data is updated in either table. Furthermore, you will  ensure that all   changes to the primary key in your Cards table will  be reflected in the foreign   keys that exist in the Rarity table by  selecting the Cascade Update Related   Fields option.
 

  Create a relationship between the Cards   and Rarity tables tables, ensuring   you check the Enforce Referential   Integrity and Cascade Update   Related Fields options for the relationship.

After   also establishing the relationship between the Cards and  Brands tables, in   the same manner, you will analyze the database to  identify any flaws in the   design as well as suggested low-risk  improvements that can be made to your   database.
 

  Create a relationship between the Cards   and Brands tables, ensuring you   check the Enforce Referential   Integrity and Cascade Update   Related Fields options for the relationship. Save, and close the   Relationships window. Open the Performance   Analyzer dialog box, under All Object Types, click Select All, and then click OK.   Note the idea to relate the Cards table to the others in the database. Close   the Performance Analyzer.

You   will now provide your users with a simple and intuitive way to add and edit   cards by creating a form.
 

  Create a new form based on the Cards   table using the Form tool. Save   the form as Add or Edit Cards.   Close the form.

Now   that you have the Add or Edit Cards form created, you can add  that and the   remaining forms to a Horizontal Tab navigation form. By  doing this, you will   create a one-stop-shop for your users to view and  edit the trading cards in   the database.
 

  Create a navigation form based on the Horizontal   Tabs template. Drag the Add or   Edit Cards form to the first tab position.

Drag   the All Player Cards report to the   second tab position.

Drag   the Bowman Cards report to the   third tab position.

Drag   the Donruss Cards report to the   fourth tab position.

Drag   the Fleer Cards report to the   fifth tab position.

Drag   the Topps Cards report to the   sixth tab position.

Switch   to Form view and test the navigation form. Save the navigation form with the   default name and close it.

You   will finalize the interface for your users by hiding the  Navigation Pane so   that it is out of their way, and setting the  navigation form you created to   open automatically when the database  opens. This ensures that the user’s   experience is seamless and  straightforward.
 

  Set the database to hide the Navigation Pane and open the  navigation form   when the database opens. Close the database and reopen  it observe that the   form opens automatically.

Close   all database objects. Close the database and then exit Access. Submit the   database as directed.

Download The Attachment and Message Me Please for Detailed Instructions

 Please respond to the following discussion below with 150 words or more relating to relational algebra and its relation to SQL. 

From what I have researched, relational algebra is one of a few  different collections of mathematical formulas to manipulate data in a  relation or table. It is a procedural query language that uses relation  instances for input and relation occurrences for output (AskingLot,  2020). It is the formal description of how a database operates and a  means to interface with it to manipulate and utilize raw data (Russell,  2016). Basic relational algebra operators are select, project, union,  set difference, and Cartesian product.

SQL is the query language that is essentially the front end user  interface built upon relational algebra. Relational algebra and  relational calculus together form the base for the SQL language  (AskingLot, 2020). SQL operator inputs are translated to relational  algebra before being applied to the relation. Some basic syntax  operators for SQL are select, insert, delete, update, and create.

Examples of the differences in syntax are below:

SQL:

SELECT *attribute* FROM *table/relation/s* WHERE *condition to be met*

Relational Algebra:

PROJECT *attribute* (SELECT *condition to be met* (table/relation))

or

π *attribute* (σ *condition to be met* (table/relation))

In your own words, answer this unit’s discussion questions in a main post (recommended minimum 400 words), and respond to at least two peers’ postings (recommended minimum 75 words).

After you have reviewed the Assignment Details below, click the Discussion Board link under the My Work heading above to open the Discussion Board and make your post.

Assignment Details

In Unit 5 with the systems integration project nearing completion there must be organizational activities devoted to closeout or termination of the integration activity. The systems integration implementation closeout processes and challenges must be identified, along with the associated tasks in order to complete this final integration responsibility.

For this Discussion Board assignment, discuss the typical activities resident with integration closeout meetings

Responses to Peers:

Consider the responses of your peers regarding activities identified for the transitioning process and their importance to your current closeout approach.

Share additional closeout activity approaches found in your research with your peers.

I need to create, in C language, a file server based in HTTP protocol.

Describe the plain view doctrine, and why  it has such a significant impact on digital forensics? What are three approaches to determining whether the doctrine applies to a specific case.

 …………. 

#Exp19_Excel_AppCapstone_Intro_Collection

#ExcelAppCapstoneIntroCollection

You are the financial manager for Judi’s Art Gallery. One of your clients, Raymond Chancellor, has a large collection of limited edition signed art by James C. Christensen (1942-2017). Over the years, you have helped Raymond maintain a list of his collection, including the title of the art, medium, issue date, issue price, the price he paid, and current market values. Most of the art is sold out from the publisher, which increases the value of the art. Other art is still readily available or is available in limited quantities. You want to update the list so that he can properly insure his collection.

Select   the range A1:A6 on the Christensen worksheet, merge the cells, and apply Middle Align vertical   alignment.

Change the width of column K to   17.00, select the range K1:K3, and apply Thick Outside Borders.

Click cell C9, and freeze panes   so that rows 1 through 8 and columns A and B are frozen.

Select the range E9:E54 and   apply the Mar-12 date format.

Find all occurrences of Retired and replace them with Sold Out.

Click cell H9 on the Christensen   worksheet, and insert a formula that calculates the percentage Raymond paid   of the issue price by dividing the amount Paid by the Issue Price. Copy the   formula from cell H9 to the range H10:H54.

Click cell J9, and insert a   formula that calculates the percentage change in value by subtracting the   Issue Price from the Current Value and then dividing that result by the Issue   Price. Copy the formula from cell J9 to the range J10:J54.

Apply Percent Style with one   decimal place to the ranges H9:H54 and J9:J54.

Insert in the Current Values   section at the top of the worksheet summary functions that use the range   I9:I54. In cell I2, calculate the total of all the Current Values. In cell   I3, calculate the average current value. in cell I4, calculate the lowest current   value. In cell I5, calculate the highest current value.

Click cell C9 and insert a   VLOOKUP function that looks up the code in cell B9, compares it to the codes   and types of art in the range B2:C6, and returns the type of art. Copy the   function in cell C9 to the range C9:C54. Hide column B that contains the   codes.

Click cell K9 and insert an IF   function that determines if the Issue Price is equal to the Current Value. If   the values are the same, display Same as Issue (using the cell reference K2); otherwise, display Increased in   Value (using   the cell reference K3). Copy the function from cell K9 to the range K10:K54.

Display the Purchase worksheet,   insert a row above Monthly Payment. Type Monthly Payments in 1 Year in cell A5 and type 12 in cell B5.

In cell B6 in the Purchasing   sheet, insert the payment function to calculate the monthly payment using   cell references, not numbers, in the function, and make sure the function   displays a positive result. Apply Accounting Number Format and the Output   cell style to cell B6.

Display the Christensen   worksheet, select the range C1:E6, and create a clustered column chart.

Cut the chart and paste it in   cell A57, change the height to 4″, and change the width to 6.5″.   Add Alt Text The column chart compares total issue prices to total   current values by type of art. (include the period).

Type Raymond’s Art Collection for the chart title, apply   bold, and Black, Text 1 font color. Place the legend at the top of the chart.   Add Primary Minor Horizontal gridlines.

Create a pie chart using the   ranges C2:C6 and E2:E6, and then move the chart to a new chart sheet named Current   Values. Move   the Current Values sheet to the right of the Purchase sheet.

Type Percentage of Total Current Value as the chart title and change   the font size to 18 pt. Choose Colorful Palette 3 for the chart colors. Add   this description for Alt Text: The pie chart shows each art type by percentage of   total current value. (include   the period). 

Hide the legend. Add data labels   for categories and percentages; remove value data labels. Change the font   size to 16 pt, bold, and Black, Text 1 font color for the data labels. 

Explode the Masterwork   Anniversary Edition slice by 15% and change the fill color to Light Blue.

Display the Christensen   worksheet, click in any cell within the dataset, convert the data to a table,   assign a table name Collection, and apply Green, Table Style Light 14.

Apply a conditional format to   the range J9:J54 that highlights cells where the value is greater than 200%   with Green Fill with Dark Green Text.

Sort the dataset by Type of Art   in alphabetical order and then within Type of Art, sort by Current Value from   largest to smallest.

Set a filter to display art that   equals Sold Out as the status.

Add a total row to display the   sum of the Issue Price, Paid, and Current Values columns. Remove the total   for the Note column.

Select the Purchase sheet, set   2″ top margin, and center horizontally on page.

Select the Christensen sheet,   select Landscape orientation, Legal paper size, set 0.2″ left and right   margins, 0.5″ top and bottom margins, and set row 8 to repeat at the top   of pages.

On the Christensen worksheet,   change the width of column A to 27, the width of column D to 11, the width of column J to 12. Wrap text in cell A1 and cell   J8.

Create a footer with Exploring   Series on the   left side, the sheet tab code in the center, and file name code on the right   side on the Christensen sheet.

 Question 2: 750 words, No Plagiarism. Importance of ethical leadership and policy making to help solve societal problems. 

in 1 hour 

Please write a white paper discussing about various Technology Stacks? Kindly choose a minimum of 5 technology stacks (preferable 3 recent and 2 from traditional technologies).

As part of this white paper, kindly write a summary table of comparison for various technology stacks. You will have to come up with the comparison criteria and identify the information.