Every programming language has provision for data structures. In the Python programming language, there are a total of 4 inbuilt data structures. These are namely list, tuple, dictionary, and set. Each of them is unique in its own right.
Functional programming is a programming paradigm in which it is tried to bind each and everything in pure mathematical functions. It is a declarative type of programming style that focuses on what to solve rather than how to solve (aimed by the imperative style of programming).
Clojure, Common Lisp, Erlang, Haskell, and Scala are some of the notable programming languages following the functional programming approach. The programming paradigm is based on lambda calculus, which is briefly explained below:
Python is not just one of the leading programming languages, but also a top choice for dealing with big data and data science projects. The fact that it is among the easiest languages to learn makes the high-level, interpreted, general-purpose programming language even more lucrative.
For using Python on a system, the user first needs to install the Python environment. It will also install the Python interpreter, which is responsible for carrying out Python code execution. It is possible to run Python code directly from the terminal using the Python interpreter.
Similar to merge sort in C, quick sort in C follows the principle of decrease and conquer, or as it is often called, divide and conquer. The quicksort algorithm is a sorting algorithm that works by selecting a pivot point, and thereafter partitioning the number set, or array, around the pivot point.
Also known as partition-exchange sort, quicksort was developed by Tony Hoare, a British computer scientist, in 1959. Since its publishing in 1961, quicksort has become one of the top choices in sorting algorithms.