# Bubble Sort Algorithm Assignment Help

An algorithm is a set of mathematical sequence that can be defined by a set of programming languages that is utilizes certain logic commands that are needed by a computer to complete a defined task. Algorithms can be found just about anywhere, embedded within, any and every computer program or software that one has ever used. It can also be found while conducting a run on the internet search engine and for controlling machinery.

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## What is an Algorithm?

An algorithm is a methodical approach for solving a problem.

For Example:

1) The algorithm to multiply "A" by "B" is to add "A" to itself "B" times.

2) The algorithm to compute the average of "N" number is to add them up and then divide by "N".

### What is Bubble sort Algorithm?

1. Bubble sort, is also known as the sinking sort, It’s algorithm is a simple sorting algorithm.
2. Sorting takes an unordered collection and makes it an ordered one.
3. To do this, it uses several passes through the array and in each pass; the largest element searches its proper position in the sorted array.
4. time complexity:
5. For sorting an array in ascending order, the first pass moves the largest value to the end of an array

 For k = 1 to m -1 Do   l = k;//  compare the current pair, if first is greater than second, than swap is needed  WHILE ( B[ l ] > B [ l+1 ] ) DoTemp : = B[ l ];  // swap is needed B[ l ] : = B[ l+1 ];B[ l+1 ] : = temp;                                                                                      IF l < > 0 // now, compare next pair back THENl : = l - 1;ENDENDEND

### Bubble sort Example 1:

Let’s take an array of size 5

 6 2 13 -6 17

Solution: - For sorting an array in ascending order, the first pass moves the largest value to the end of an array

 6 2 13 -6 17 6>2, swap

 2 6 13 -6 17 6<13, ok

 2 6 13 -6 17 13>-6, swap

 2 6 -6 13 17 13<17, ok

 2 6 -6 13 17 2<6, ok

 2 6 -6 13 17 6>-6, swap

 2 -6 6 13 17 6<13, ok

 2 -6 6 13 17 2>-6, swap

 -6 2 6 13 17 2<6, ok

 -6 2 6 13 17 -6<2, ok

 -6 2 6 13 17 sorted

### Bubble sort Example 2:

Take an array of size 9.

Solution: It takes an unordered collection and makes it an ordered one.

 53 25 92 16 76 30 43 54 19 swap

 25 53 92 16 76 30 43 54 19 ok

 25 53 92 16 76 30 43 54 19 swap

 25 53 16 92 76 30 43 54 19 swap

 25 53 16 76 92 30 43 54 19 swap

 25 53 16 76 30 92 43 54 19 swap

 25 53 16 76 30 43 92 54 19 swap

 25 53 16 76 30 43 54 92 19 swap

 25 53 16 76 30 43 54 19 92 92 in place after first pass