---
title: Difference Between Algorithm and Flowchart - Scaler Topics
Description: Learn about the difference between algorithm and flowcharts along with their advantages and disadvantages on Scaler Topics.
category: DSA
author: Aditya Trivedi
---
:::section{.abstract}

The difference between ***algorithm*** and ***flowchart*** is simply that *algorithm* is the collection of rules that should be followed while solving any particular problem. These rules are written in the form of plain text and on the other side *flowchart* is a diagrammatic representation of the *algorithm*. The *flowchart* demonstrates the steps as a series of boxes of different types, and the arrows connecting those boxes show the direction of data flow between the boxes. *Algorithm* based solutions are more complex and challenging to understand than *flowchart* based ones.

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:::section{.main}
## What is an Algorithm?

To clarify the difference between *algorithm* and *flowchart* let's understand what an actual algorithm is, so the algorithm is a method for solving a problem step by step. An *algorithm* is a set of guidelines for how to carry out tasks in order to produce the desired outcomes.

The *algorithm* must be properly designed in order for the program to function properly. Algorithm design helps in the efficient use of computing resources.

*Algorithms* are typically written in plain *English* or natural language. Among other ways, *flowcharts* and *pseudocode* can be used to represent algorithms.
Sometimes it's challenging to understand algorithms, and it can be challenging to demonstrate looping and branching by using an algorithm. Since an algorithm is a program's step-by-step process, it can be created for any problem independent of programming languages or programs.

### Why do We Need an Algorithm?

How would you start if someone asked you to make a pizza and you were an amateur cook? Well, most likely you'd look up a nice pizza recipe on Google, carefully read it, collect the ingredients, and then carefully follow each step. Programmers are needed to create the codes (*step-by-step instructions*) for mathematical computation that tells the computer how to carry out a particular task. An *algorithm* is all that makes up a computer program, and different functionalities can be achieved by writing different algorithms and then implementing them in different programming languages.

### Algorithm of linear search

The algorithm for searching an element `e` in the given array `arr` is given below:

Linear_Search ( Array arr, Element e)

***1st step***: Set x to 1

***2nd step***: if x > n then go to the 7th step

***3rd step***: if Arr[x] = e then go to 6th step

***4th step*** : Set x to x + 1

***5th step***: Go to the 2nd step

***6th step***: Print that an element e successfully
found at index x and go to the 8th step

***7th step***: Print element not found

***8th step***: Exit

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:::section{.main}
## What is a Flowchart?

It is believed that making *flowcharts* is a straightforward process. Flow charts must follow certain standards. As a result, laws, and regulations place restrictions on flowcharts. Flow charts can be used in place of any logic that is represented using a *flow diagram*.

On the other side, the concepts are explained simply. To make a flow chart appear more graphical, a wide range of sizes, shapes, symbols, and boxes are used when presenting one. Debugging errors in flowcharts is a demanding and difficult task.

A flowchart is created by a programmer using a pencil and paper or by joining the shapes on the computer screen using the software. A flowchart is a crucial document for the system and each individual program in a large system because it enumerates a program's function using symbols that are simple to understand.

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:::section{.main}
## Main Differences Between Algorithm and Flowchart

The main difference between an algorithm and a flowchart lies in their representation and complexity. An algorithm is a textual, step-by-step approach to problem-solving, often favored by highly intelligent individuals due to its precision. In contrast, a flowchart visually represents information flow using shapes and symbols, offering a more accessible, pictorial approach. Debugging algorithmic errors is straightforward, while flowchart errors can be challenging. Algorithm creation is complex but not bound by specific rules, whereas flowcharts are rule-bound and simpler to create. Additionally, algorithms are versatile and suitable for all problem sizes, while flowcharts may struggle with larger issues.

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:::section{.main}
## Difference Between Algorithm and Flowchart

| S.No | Algorithm | FlowChart |
| :--------------------------------------------------------------------------: | :---------------------------------------------------------------------------: | :---------: |
| 1. | It is a step-by-step breakdown of the work that must be done. | It is a visual representation of any process. |
| 2. | Data flow is represented by an information diagram broken down into blocks. | The process of every solution is represented by step-by-step instructions. |
| 3. | English, a language not used by computers, is used to display the solution. | The solution is displayed here in the graphical format. |
| 4. | It's challenging to illustrate branching and looping. | Branching and looping are simple to illustrate. |
| 5. | It is a little challenging to understand. | Compared to an algorithm, it is simple to understand. |
| 6. | Simple to fix errors. | Errors are difficult to debug. |
| 7. | Any problem can have an algorithm written for it. | Flowchart is not practical for large size problems.|
| 8. | In contrast to a flowchart, writing an algorithm is challenging. | The creation of a flowchart is simple. |
| 9.| The algorithm does not follow any rules. | The flowchart follows rules to be constructed.|
|10.| The algorithm is the pseudo-code for the program.| A flowchart is just a graphical representation of that logic. |

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:::section{.main}

## Advantages and Disadvantages Of Algorithm

### Advantages Of Algorithm

* Simple to understand because of clearly defined steps.
* It follows a specific process that helps out with clarity.
* It is independent of the programming language used. Any programming language can implement the same algorithm.
* Every instruction follows a particular order, which supports the programmer's ability to debug the code.
* It is simpler to understand algorithms. Anyone, regardless of language proficiency, can grasp any code's algorithm, supporting simple problem-solving communications.
* A complex problem can be approached more easily by using an algorithm, which can divide a problem into smaller parts.

### Disadvantages Of Algorithm

* As steps are close to writing up a final code, they are more challenging to debug than the *flowchart*.
* Showing branching and looping is challenging.
* Writing the pseudocode for complex problems takes time.

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:::section{.main}

## Advantages and Disadvantages Of Flowchart

### Advantages of Flowchart

* Simple to draw.
* Simple to follow the logic.
* Errors are simple for a non-computer individual to spot.
* Branching as well as looping are simple to illustrate.

### Disadvantages Of Flowchart

* Consumes more time.
* Complex to make it.
* Difficult to change.
* There is no standard.

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:::section{.main}
## Learn More
* [Difference between Process and Program](https://www.scaler.com/topics/difference-between-process-and-program/)
* [Linear Search Algorithm](https://www.scaler.com/topics/data-structures/linear-search-algorithm/)

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:::section{.summary}
## Conclusion

* Algorithms and flowcharts are two distinct methods of representing processes and problem-solving techniques.
* Algorithms provide a detailed, textual, step-by-step approach to problem-solving, often favored by those who prefer precision and logic.
* Flowcharts, on the other hand, offer a visual representation of processes using symbols and shapes, making them more accessible and intuitive, especially for those who are not well-versed in coding.
* Debugging algorithmic errors is relatively straightforward, while flowchart errors can be challenging due to their graphical nature.
* Algorithms are versatile and suitable for problems of all sizes, whereas flowcharts may struggle with larger and more complex issues.

In summary, the choice between algorithms and flowcharts depends on the complexity of the problem and the preferences of the individuals involved. Each has its advantages and disadvantages, making them valuable tools in different problem-solving scenarios.

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