# Difference Between Algorithm and Flowchart

By Aina Parasher|Updated : April 14th, 2022

Difference between algorithm and flowchart: Algorithms and flowcharts are two separate technologies used in computer programming to create new applications. A flowchart illustrates the phases of a program in a graphical manner, whereas an algorithm is a step-by-step study of the process. Further, in this article, we will discuss the difference between algorithm and flowchart.

Both algorithms and flowcharts are different kinds of mechanisms used for designing programs. An algorithm is a set of instructions that must be followed in order to solve a mathematical or computing issue. The flowchart, on the other hand, is a method of graphically displaying an algorithm or the graphical representation of the algorithm.

## What is an Algorithm?

"A method or set of rules to be followed in computations or other problem-solving activities," is an algorithm. As a consequence, an algorithm is a set of rules/instructions that govern how a work is to be conducted step-by-step in order to achieve the desired results. It is represented as follows.

Input --> follow instructions --> output

An algorithm is a problem-solving and logical, step-by-step approach. Once you've decided to fix an issue, you'll need to know what to do, how to accomplish it, and what actions you'll need to take to get there. An algorithm is a set of instructions that must be followed in order to solve a problem. It's the initial step in figuring out how to solve a mathematical or computer problem. It consists of reasoning, computations, and data processing, and it may be expressed in a variety of ways, including natural language, pseudocode, and flowcharts.

## What is a Flowchart?

A flowchart is a diagram that depicts an algorithm. It is frequently used by programmers as a problem-solving technique. It employs symbols that are linked together to represent the flow of information and processing. Flowcharting is the process of creating a flowchart for an algorithm.

A flowchart is only a visual representation of an algorithm. It is also known as a flow diagram, which depicts a precise set of procedures that must be followed in order to achieve a given result. It visually illustrates a process or a program using various symbols, shapes, and arrows. Every sign, shape, or arrow denotes a certain function. The main goal of utilizing a flowchart is to visually assess several techniques for addressing a problem, and it is extremely useful in programming since it simplifies the algorithm and translates it into a visual that is easy to grasp. Using a flowchart, the programmer may simply break down and evaluate the various parts of the process.

## Difference Between Algorithm and Flowchart

An algorithm is a limited set of well-defined procedures for systematically addressing a problem. A flowchart, on the other hand, is a visual or graphical depiction of a process. Each process step is represented by a separate symbol and includes a brief explanation of the stage. Let's take a closer look at the key differences between algorithm and flowchart in the table below.

 Algorithm Flowchart An algorithm is a step-by-step process for resolving a problem. A flowchart is a graphic made up of several shapes that depict the flow of data. An algorithm is complex to understand. Flowcharts are easily understandable. Branching and looping are represented in a complex way. Branching and looping are easily represented. Algorithms are tough to create. It's easy to make a flowchart. Algorithms do not adhere to any set of rules. The construction of a flowchart follows a set of guidelines. The program's pseudocode is called an algorithm. A flowchart is nothing more than a graphical representation of that logic.

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## FAQs

• The major difference between algorithm and flowchart is that an algorithm is a logical step-by-step approach for solving problems whereas, a flowchart is merely a way of describing an algorithm.

• An algorithm is a series of well-defined instructions for solving a certain issue in computer programming. It accepts a collection of inputs and outputs the desired result.

• A flowchart is a diagrammatic depiction of a program's logical phases. Flowcharts represent processes using basic geometric shapes and arrows to highlight linkages and process/data flow.

• The debugging difference between algorithm and flowchart is provided below.

• Flowchart issues are simple to troubleshoot.
• Algorithm flaws are tough to track down.
• The usage difference between algorithm and flowchart is mentioned below.

• A flowchart can be used to explain a process in a variety of fields.
• In the fields of mathematics and computer science, algorithms are utilized.

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