2. Functional programming: This paradigm emphasizes the use of pure functions, which do not alter any state, and it's often used for mathematical operations.
3. Logic programming: This paradigm uses logical statements to describe the problem to be solved, and it's often used for artificial intelligence applications.
4. Object-oriented programming: This paradigm involves organizing code into objects, which contain both data and methods, and it's the most popular paradigm for writing desktop and enterprise applications.
5. Aspect-oriented programming: This paradigm allows you to modularize code that would otherwise be scattered throughout the program, such as logging and error handling.
6. Event-driven programming: This paradigm is used for writing programs that respond to events, such as mouse clicks or network requests.
7. Reactive programming: This paradigm emphasizes the use of observable data streams, which can be subscribed to and reacted to.
8. Declarative programming: This paradigm involves describing the desired outcome without specifying the steps to achieve it, and it's often used for writing graphical user interfaces and user interfaces generally.