Upon successful completion of this course, the students will be able to accomplish the following:

1. Explain what a complex (imaginary) number is and design, write and execute a short program doing the 4 arithmetic operations for complex numbers

2. Explain how Python processes mixed mode Boolean expressions to include numbers, strings, lists.   Explain why bool(“”) evaluates as False while bool(“ “) evaluates as True.  State order of operations for Boolean expressions (not, * , +).

3. Demonstrate usage of  abbreviated increment/decrement statements, viz. i+=i, i-=i.

4. Explain the difference between  'is' and '= ='

5. Demonstrate the use of Structure Charts, including data interchange in the decomposition of relatively large programs.

6. Demonstrate the ability to translate requirement documents into Structure Charts.

7. Demonstrate project management skills to assign pieces of a relatively large programming  project to other class members, check progress and integrate project pieces to make a complete working program.