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[NEW SOLN] CIS247A ENTIRE COURSE HELP CIS247A Week 1 iLab Creating a User Interface, CIS247A Week 2 iLab Object Construction and Data Abstraction, CIS247A Week 3 iLab Overloaded Methods and Static Methods Variables, CIS247A Week 4 iLab Composition and Class Interfaces, CIS247A Week 5 iLab Composition Inheritance and Polymorphism, CIS247A Week 6 iLab Abstract Classes, CIS247A Week 7 iLab Putting It All Together,

CIS115 Week 1 Lab Registration Form and Pay Calculator, CIS115 Week 2 Lab Even or Odd and Grade Checker, CIS115 Week 3 Lab Change Calculator and Shipping Calculator, CIS115 Week 4 Lab Multiplication Table, CIS115 Week 5 Lab Race Time Sorting, CIS115 Week 6 Lab Shopping List, CIS115 Week 7 Lab Creating A GUI In Python, CIS115 Course Project Guess The Number,

CIS407A Entire Course CIS407A entire course includes: CIS407A Week 1 iLab Annual Salary Calculator, CIS407A Week 2 iLab User Input Web Pages, CIS407A Week 3 iLab User activity monitoring, CIS407A Week 4 iLab Web forms with database interaction, CIS407A Week 5 iLab Transaction Processing, CIS407A Week 6 iLab Login and Security Levels, CIS407A Week 7 iLab Error Notification via E-Mail, Each tutorial includes Visual Studio ASP.NET 2013 Project.

CIS 339 Week 1 Lab System Request CIS 339 Week 2 Lab Use Case Diagram and Use Case Description CIS 339 Week 3 Lab Class Diagram and CRC Cards CIS 339 Week 4 Lab Behavioral Model and Diagrams CIS 339 Week 5 Lab Package Diagram CIS 339 Week 6 Lab CRCs Contracts and Method Specifications CIS 339 Week 7 Lab Object-Oriented Programming L

In this CIS336 LAB 1 exercise, you will analyze a de-normalized data set presented in the form of a spreadsheet. You will next construct a series of dependency diagrams, transforming the evolving data model from First Normal Form (1NF), to Second Normal Form (2NF), and finally to Third Normal Form (3NF). When the model has reached 3NF, you will construct the Entity Relationship Diagram (ERD) depicting the logical design of the database. Your ERD will use Crow’s Foot notation to denote the relationships between tables.

This CIS336 LAB 2 lab introduces the next step in creating a data model, the Entity Relationship Diagram (ERD). You will be given a business scenario for a University Medical Center, which is a small community hospital. The business specifications will outline a number of things about the business, some of which will apply directly to the database you are being asked to model. There is a table that lists the entities (tables) that will be needed for the database and related attributes (columns) for each entity. There is also a column that lists specific information about the entity that will be helpful in determining its relationship to other entities within the model. Be sure to include the minimum and maximum occurrences of each relationship (cardinality) and to supply a name to the relationship that will work in both directions. Make sure to use Crow’s Feet notation in your ERD.…

The CIS336 LAB 3 lab for this week addresses taking a logical database design (data model) and transforming it into a physical model (tables, constraints, and relationships). As part of the lab, you will need to download the zip file titled CIS336Lab3Files from Doc Sharing. This zip file contains the ERD, Data Dictionary, and test data for the tables you create as you complete this exercise.

CIS336 LAB 4 Lab 4 will introduce the various aspects of the SQL select statement and the methods of retrieving data from the database tables. This lab will also introduce the fundamentals of updating and deleting records. This lab may be completed using either DeVry’s Omnymbus EDUPE-APP lab environment, or a local copy of the MySQL database running on your own computer using the OM database tables. The lab will utilize a set of tables that are represented by the ERD (OM_ERD.docx) and are created and populated by the script file (create_OM_db.sql). Follow the instructions in the file CreateOMTables.docx to create your database, tables, and data.

Lab 5 will introduce the concept of multi-table JOINS in order to work with data in two or more related tables simultaneously. This lab may be completed using either DeVry’s Omnymbus EDUPE-APP lab environment, or a local copy of the MySQL database running on your own computer using the OM database tables. The lab will utilize a set of tables that are represented by the ERD (OM_ERD.docx) and are created and populated by the script file (create_OM_db.sql).