# Difference Between Algorithm and Pseudocode

By Mohit Uniyal|Updated : May 5th, 2022

Difference Between Algorithm and Pseudocode: In a programming language, both algorithm and pseudocode play an important role. Where an algorithm is considered the foundation of the programming language pseudocode is used to make the programming language more human-friendly. The major difference between algorithm and pseudocode is that pseudocode is a method of writing an algorithm and an algorithm is a step-by-step description of the procedure of a task.

Here, we will first read what is algorithm and pseudocode in brief then we will discuss the difference between algorithm and pseudocode on various factors.

## Difference Between Algorithm and Pseudocode

Although there are various similarities between algorithm and pseudocode, there are a few differences between the two which are explained in the table provided below:

### Key Differences Between Algorithm and Pseudocode

 Algorithm Pseudocode It is a step-by-step description of the solution. It is an easy way of writing algorithms for users to understand. It is always a real algorithm and not fake codes. These are fake codes. They are a sequence of solutions to a problem. They are representations of algorithms. It is a systematically written code. These are simpler ways of writing codes. They are an unambiguous way of writing codes. They are a method of describing codes written in an algorithm. They can be considered pseudocode. They can not be considered algorithms There are no rules to writing algorithms. Certain rules to writing pseudocode are there.

The Difference Between Algorithm, Pseudocode, and Program to know more about these topics.

## What is an Algorithm?

In the programming language, algorithms are a procedure to solve a given problem with step by step description of the solution. The steps are carried out in a finite amount of time. The problems of complex nature can be solved by a simple step-by-step description of an algorithm.

The algorithm will have a well-defined set of steps. Problems are solved with a specific solution. Natural languages, flow charts, etc can be used to represent an algorithm. Candidates can check out Prim's Algorithm to know more about Algorithm.

## What is a Pseudocode?

Pseudocode is also known as fake codes. It is used to give a simple human-friendly description of the steps used in an algorithm. It is an informal description. It is often used to summarise the steps or flow of the algorithm but it does not specify the detail of the algorithm. It is written by the system designers so that aligned codes and requirements can be understood by the programmers.

Pseudocode is used to plan an algorithm. They are not used in complex programming languages. As we have seen the algorithm and pseudocode, let us now see the major differences between the two in the next section.

Check out some important topics related to the difference between Algorithm and Pseudocode:

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## FAQs on Difference Between Algorithm and Pseudocode

• The major difference between an Algorithm and a Pseudocode is that Algorithm is a real code whereas a pseudocode is known as fake code. Pseudocode can be an algorithm but an algorithm can not be pseudocode.

• An algorithm is known as the step by step solution to a problem in a programming language. It is used to solve complicated and complex problems. It carries well-defined steps.

• Pseudocode or alternatively known as fake codes are the alternative way of writing algorithms or codes for programmers to understand. They are designed in a specific way and used to summarise the steps of algorithm.

• The difference between Algorithm and Pseudocode based on the rules of writing is that pseudocode requires a set of rules to write and cannot be written without following them whereas algorithms are written without following any rules and unambiguously.

• Yes, algorithms can be known as pseudocodes. They are sometimes considered as pseudocodes. Whereas pseudocodes can not be considered as algorithms as they might not carry exact information required to carryout the solution to the problem.

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