Unlock the power of sorting algorithms with this easy-to-remember trick
Tags: cpp, algorithms, productivity, codenewbie
Published: 2022-12-15 18:04:31

Are you tired of struggling to remember sorting algorithms? Do you want to unlock the full potential of these powerful techniques and boost your coding skills? 

Look no further! My simple, easy-to-remember trick will help you master sorting algorithms in no time. 

By incorporating this trick into your workflow, you'll be able to quickly and easily implement sorting algorithms in your projects, making you more efficient and effective as a coder. 

Sorting algorithms are productivity boosters, Don't miss out on this opportunity to take your coding skills to the next level - try this sorting algorithm trick today!

There are a few different ways to remember the different sorting algorithms, but here's one method you might find helpful because I used the same.

Start by thinking about the different characteristics of each sorting algorithm. For example, some algorithms are more efficient for certain types of data, while others are better at handling large datasets.

![the heck of sortings](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/ake7s74qqs6tyygrpbqz.gif)

Next, try to come up with a mnemonic to help you remember the different algorithms. 
For example, you might use the acronym 

"**BUBBLE**" to represent the bubble sort algorithm:
B - Bubble Sort
U - Unstable (because it is an unstable sorting algorithm)
B - Basic (because it is a simple algorithm to implement)
B - Brute Force (because it is not very efficient for large datasets)
L - Low Memory (because it does not require a lot of memory to implement)
E - Exchanges (because it works by exchanging adjacent elements in the dataset)

Similarly,

Here are a few more mnemonics you can use to help you remember the different sorting algorithms:
 
**Quicksort**: 
"_QUICK_" (Quick to implement, Unstable, In-place, Clever, Keys)

**Merge sort**: 
"_SPLIT_" (Stable, Parallelizable, Logarithmic memory, In-place, Two-way merge)

**Insertion sort**: 
"_SLIDE_" (Stable, Linear time for small inputs, In-place, Delta-based, Efficient for partially sorted data)

**Selection sort:** 
"_PICK_" (Poor performance, In-place, Constant memory, Keys)

**Heap sort**: 
"_HEAP_" (Heap data structure, Efficient for large data sets, In-place, Automatically balanced)

Remember, these mnemonics are just one way to help you remember the different sorting algorithms. You may find that a different method works better for you.
 
The important thing is to find a method that helps you remember the key characteristics of each algorithm so that you can choose the right one for a given situation.

In conclusion, sorting algorithms can be daunting and complex for beginners. However, by implementing the "divide and conquer" approach and using the "_mnemonic_" trick, sorting algorithms can be simplified and made more manageable. 

This trick not only helps improve understanding and efficiency, but also makes sorting algorithms more memorable. 

Give it a try and see the difference it can make in your coding skills. 

Share this post with your friends and let us know in the comments how this trick has helped you.