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Questions and Answers
The final exam covers all four parts of our course, including ______ programming.
Functional
In OOP, a ______ is a blueprint for creating objects.
class
The final exam will test our understanding of ______ programming concepts, including map, reduce, and filter.
Functional
In Computer Architecture, we learned about ______ arithmetic and conversion between binary and decimal numbers.
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Recursion is a key concept in ______ programming.
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In the final exam, we will be asked to write a Python function based on a given ______ table.
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Study Notes
Final Exam Overview
- Covers all four parts of the course: Functional Programming, Computer Architecture, Imperative Programming, and OOP
- Examines topics from all four parts of the course
Object-Oriented Programming (OOP)
- Key concepts: classes, objects, instances, constructors, methods, operator overloading, attributes/variables, and inheritance
- Review of modules: Rational.py, fun with oop.py, points and lines in OOP.py, inheritance.py, and PersonStudentAlternate.py
- Be prepared to write an OOP-based Python program with:
- Multiple classes
- Multiple instances of each class
- Classes with one or more methods
- Class with a constructor
- Inheritance
- Operator overloading
Functional Programming
- Key concepts: range, map, reduce, filter, and lambda
- Write a recursive program (may include tail recursion)
- Review of LCS (use it or lose it)
- Recursion along with a function call trace
- Edit distance (another example of use it or lose it)
- Dictionaries and tuples in Python
- Memoization
- Assert statements
- Function returning a function
Computer Architecture
- Conversion between binary numbers and decimal numbers
- Binary to decimal conversion
- Decimal to binary conversion
- Binary arithmetic
- Two's complement number system
- Conversion
- Implementing a Boolean function from a "truth table" as a Python function
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Description
This comprehensive final exam covers all four parts of the course, including functional programming, computer architecture, imperative programming, and OOP. It tests knowledge of OOP concepts, such as classes, objects, inheritance, and more. Review of specific Python modules is also required.
