Consider the information represented below in a tabular format:

tblEmployees:

e_id PK	e_fname (first name)	e_lname (last name)	e_dob (birth date)	e_dept (department)	e_salary (salary)	e_phone (phone number)
1111	John	Doe	1/26/1997	Admin	56000	8733
2222	Jane	Roe	7/23/1082	Engineering	73000	2239
3333	Joe	Bloe	3/14/2001	Circulation	32000	1595
4444	Sally	Waldron	6/22/1993	Engineering	61000	2220
5555	Bill	Thompson	12/1/1989	Admin	53000	1288

Write an SQL CREATE TABLE statement that will create the table: tblEmployees. Drop the table first if it already exists. Use appropriate data types. I will post a key; your choices might not match mine; however, this does not mean that yours were wrong. For example: e_fname might be CHAR(16) or VARCHAR(32) or another size. CHAR(2) is wrong because it's way too small and CHAR(1024) is too big. A person's name is not an INTEGER! A number certainly can be stored as a text value if it will never have math performed on it. Use named constraints. (e_id is the PRIMARY KEY. CHECK that e_lname IS NOT NULL and e_salary>0.) e_id could be CHAR(4) or INTEGER. Same for e_phone. Think about why you'd choose one over the other.

Next, write the SQL INSERT statements to insert the data shown. Place the INSERT in the same SQL file as the CREATE TABLE statements.

SELECT everything to make sure it worked.

Write an SQL UPDATE statement to change the e_phone for e_id=2222 to 2340.

Write an SQL DELETE statement to delete all records for e_dept = 'Circulation''.