Considering the un-normalized relational table PROJECT below: PROJECT (Project Title, EmpeName, ManagerName, Location, Hours Work, ManagerPhone)

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Considering the un-normalized relational table PROJECT below:
PROJECT (Project Title, EmpeName, ManagerName, Location, Hours Work,
ManagerPhone)
The attributes of PROJECT table satisfy the following properties:
Each project has many employees,
Each employee may involve in one or more projects,
Projects are managed by managers; there are many managers in the
company, hence a project may be assigned to any one of the managers, but
each manager manages only one project.
Each project is located in a specific location,
The number of hours an employee works at each project is determined by a
project title and the name of an employee.
Each manager has a telephone number.
Normalize the relational table PROJECT into a minimal number of relational tables
in BCNF. Use the functional dependencies to prove that each one of the relational
tables obtained from the decomposition of the original table is in BCNF.
Transcribed Image Text:Considering the un-normalized relational table PROJECT below: PROJECT (Project Title, EmpeName, ManagerName, Location, Hours Work, ManagerPhone) The attributes of PROJECT table satisfy the following properties: Each project has many employees, Each employee may involve in one or more projects, Projects are managed by managers; there are many managers in the company, hence a project may be assigned to any one of the managers, but each manager manages only one project. Each project is located in a specific location, The number of hours an employee works at each project is determined by a project title and the name of an employee. Each manager has a telephone number. Normalize the relational table PROJECT into a minimal number of relational tables in BCNF. Use the functional dependencies to prove that each one of the relational tables obtained from the decomposition of the original table is in BCNF.
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