Describe the concept of monadic programming in Haskell and its advantages in managing effects.

Monadic programming is a concept in Haskell that provides a structured approach for managing side effects and impure computations within a purely functional language. It is based on the idea of using monads, which are data types that encapsulate computations with a specific effect or behavior. In Haskell, monads are used to represent computations that may have side effects, such as I/O operations, mutable state, or non-determinism. They provide a way to sequence and compose such computations while maintaining referential transparency and purity of the overall program. Advantages of Monadic Programming in Haskell: 1. Explicit Handling of Effects: Monads provide a clear and explicit way to handle effects in Haskell programs. By using monads, the programmer can separate pure computations from impure ones, making it easier to reason about the behavior and maintain the purity of the overall program. 2. Modularity and Reusability: Monads enable modularity and code reusability by encapsulating specific effects and behaviors within their respective monad types....