Draw a dependency diagram for each table

$--$ Table for departments CREATE TABLE Departments $($ DepartmentID INT PRIMARY KEY, DepartmentName VARCHAR$(255)$ NOT NULL $)$; $--$ Table for people $($employees$,$ customers, potential employees$)$ CREATE TABLE People $($ PersonalID INT PRIMARY KEY, LastName VARCHAR$(255)$ NOT NULL, FirstName VARCHAR$(255)$ NOT NULL, Age INT CHECK $($Age $<65),$ Gender VARCHAR$(10),$ AddressLine$1$ VARCHAR$(255),$ AddressLine$2$ VARCHAR$(255),$ City VARCHAR$(255),$ State VARCHAR$(50),$ ZipCode VARCHAR$(10),$ PhoneNumber VARCHAR$(15))$; $--$ Table for employees CREATE TABLE Employees $($ EmployeeID INT PRIMARY KEY, PersonalID INT, Rank VARCHAR$(255),$ Title VARCHAR$(255),$ SupervisorID INT, FOREIGN KEY $($PersonalID$)$ REFERENCES People$($PersonalID$),$ FOREIGN KEY $($SupervisorID$)$ REFERENCES Employees$($EmployeeID$))$; $--$ Table for departments employees work in CREATE TABLE EmployeeDepartments $($ EmployeeID INT, DepartmentID INT, StartTime DATETIME, EndTime DATETIME, PRIMARY KEY $($EmployeeID$,$ DepartmentID, StartTime$),$ FOREIGN KEY $($EmployeeID$)$ REFERENCES Employees$($EmployeeID$),$ FOREIGN KEY $($DepartmentID$)$ REFERENCES Departments$($DepartmentID$))$; $--$ Table for job positions CREATE TABLE JobPositions $($ JobID INT PRIMARY KEY, JobDescription VARCHAR$(255),$ PostedDate DATE, DepartmentID INT, FOREIGN KEY $($DepartmentID$)$ REFERENCES Departments$($DepartmentID$))$; $--$ Table for job applications CREATE TABLE Applications $($ ApplicationID INT PRIMARY KEY, PersonalID INT, JobID INT, ApplicationDate DATE, FOREIGN KEY $($PersonalID$)$ REFERENCES People$($PersonalID$),$ FOREIGN KEY $($JobID$)$ REFERENCES JobPositions$($JobID$))$; $--$ Table for interviews CREATE TABLE Interviews $($ InterviewID INT PRIMARY KEY, JobID INT, InterviewerID INT, IntervieweeID INT, InterviewTime DATETIME, Grade INT CHECK $($Grade BETWEEN $0$ AND $100),$ FOREIGN KEY $($JobID$)$ REFERENCES JobPositions$($JobID$),$ FOREIGN KEY $($InterviewerID$)$ REFERENCES Employees$($EmployeeID$),$ FOREIGN KEY $($IntervieweeID$)$ REFERENCES People$($PersonalID$))$; $--$ Table for products CREATE TABLE Products $($ ProductID INT PRIMARY KEY, ProductType VARCHAR$(255),$ Size VARCHAR$(50),$ ListPrice DECIMAL$(10,2),$ Weight DECIMAL$(10,2),$ Style VARCHAR$(255))$; $--$ Table for marketing sites CREATE TABLE MarketingSites $($ SiteID INT PRIMARY KEY, SiteName VARCHAR$(255),$ Location VARCHAR$(255))$; $--$ Table for sales CREATE TABLE Sales $($ SaleID INT PRIMARY KEY, SalespersonID INT, CustomerID INT, ProductID INT, SaleTime DATETIME, SiteID INT, FOREIGN KEY $($SalespersonID$)$ REFERENCES Employees$($EmployeeID$),$ FOREIGN KEY $($CustomerID$)$ REFERENCES People$($PersonalID$),$ FOREIGN KEY $($ProductID$)$ REFERENCES Products$($ProductID$),$ FOREIGN KEY $($SiteID$)$ REFERENCES MarketingSites$($SiteID$))$; $--$ Table for vendors CREATE TABLE Vendors $($ VendorID INT PRIMARY KEY, VendorName VARCHAR$(255),$ Address VARCHAR$(255),$ AccountNumber VARCHAR$(50),$ CreditRating INT, PurchasingWebServiceURL VARCHAR$(255))$; $--$ Table for parts supplied by vendors CREATE TABLE Parts $($ PartID INT PRIMARY KEY, VendorID INT, PartName VARCHAR$(255),$ Weight DECIMAL$(10,2),$ Price DECIMAL$(10,2),$ FOREIGN KEY $($VendorID$)$ REFERENCES Vendors$($VendorID$))$; $--$ Table for product parts CREATE TABLE ProductParts $($ ProductID INT, PartID INT, Quantity INT, PRIMARY KEY $($ProductID$,$ PartID$),$ FOREIGN KEY $($ProductID$)$ REFERENCES Products$($ProductID$),$ FOREIGN KEY $($PartID$)$ REFERENCES Parts$($PartID$))$; $--$ Table for employee salaries CREATE TABLE Salaries $($ SalaryID INT PRIMARY KEY, EmployeeID INT, TransactionNumber INT, PayDate DATE, Amount DECIMAL$(10,2),$ FOREIGN KEY $($EmployeeID$)$ REFERENCES Employees$($EmployeeID$))$;