Definition Of Algorithm Flowchart And Pseudocode
A flowchart is the graphical or pictorial representation of an algorithm with the help of different symbols shapes and arrows in order to demonstrate a process or a program.
Definition of algorithm flowchart and pseudocode. With algorithms we can easily understand a program. Pseudocode is an informal high level description of the operating principle of an algorithm while a flowchart is a diagrammatic representation that illustrates a solution model to a given problem. The main purpose of a flowchart is to analyze different processes. Draw a flowchart to compute the interest on a loan using flowchart and pseudocode write a program to computes the sum average and product of three numbers draw a flow chart to find the sum and average of two numbers draw a flowchart to input area of the square and calculate the length write an algorithm to find.
Conversely pseudocode is nothing but a more simple form of an algorithm which involves some part of natural language to enhance the understandability of the high level programming constructs or for making it more human friendly. The algorithm and flowchart are the two sides of the same coin and dependent terms. Pseudocode is an informal way of programming description that does not require any strict programming language syntax or underlying technology considerations it is used for creating an outline or a rough draft of a program. Pseudocode cannot be compiled as a program it should be converted according to the specific programming language.
Thus this is the main difference between pseudocode and flowchart. Many programs are written built or developed using java c c python etc they have defined syntax to stick while writing program code but pseudocode is not a programming language it is a informal language to describe or express the flow of a program. A flowchart is constructed with the help of various symbols and provides more understandability to the algorithm. An algorithm is procedure consisting of a finite set of unambiguous rules instructions which specify a finite sequence of operations that provides the solution to a problem or to a specific class of problems for any allowable set of input quantities if there are inputs.
Creating an algorithm is a very crucial step in the programming as it decides the efficiency of the program.