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Mastering Top 10 Javascript Algorithms

**Algorithm Name**: Split the string
* **Questions**:
The task is how to split a string into new arrays containing strings, integers, and special characters, along with an explanation of time and space complexity: ( in JavaScript)
* **Time Complexity**:
- Brute Force: N/A
in this case since there is not much of a way to brute force this problem.
- Optimized:
The time complexity of this function is linear time O(n), where n is the length of the input string. This is because the code iterates through each character of the string once.
O(n), We must iterate through the input string, using regular expressions to identify and categorize each character. It then pushes each character into its respective array (strings, integers, or special characters).
* **Space Complexity**:
- Brute Force: N/A
- Optimized:
The space complexity is also linear time O(n) in the worst case. This occurs if the input string consists entirely of one type of character (e.g., all letters), causing one of the output arrays to grow linearly with the input size.
In more balanced cases, where the input has a mix of character types, the space used by each array will be less, but the overall space complexity remains O(n) because, in the worst-case scenario, the space usage grows linearly with the input size.
* **Approaches**:
- Optimized:
- First, .split('') is used to convert the string into an array where each character of the string is a separate element. using regular expressions to identify and categorize each character. It then pushes each character into its respective array (strings, integers, or special characters).
* **Sample Code**: javascript
*Questions*
* **Questions**:
The task is how to split a string into new arrays containing strings, integers, and special characters, along with an explanation of time and space complexity: ( in JavaScript)
* **Time Complexity**:
- Brute Force: N/A
in this case since there is not much of a way to brute force this problem.
- Optimized:
The time complexity of this function is linear time O(n), where n is the length of the input string. This is because the code iterates through each character of the string once.
O(n), We must iterate through the input string, using regular expressions to identify and categorize each character. It then pushes each character into its respective array (strings, integers, or special characters).
* **Space Complexity**:
- Brute Force: N/A
- Optimized:
The space complexity is also linear time O(n) in the worst case. This occurs if the input string consists entirely of one type of character (e.g., all letters), causing one of the output arrays to grow linearly with the input size.
In more balanced cases, where the input has a mix of character types, the space used by each array will be less, but the overall space complexity remains O(n) because, in the worst-case scenario, the space usage grows linearly with the input size.
* **Approaches**:
- Optimized:
- First, .split('') is used to convert the string into an array where each character of the string is a separate element. using regular expressions to identify and categorize each character. It then pushes each character into its respective array (strings, integers, or special characters).
* **Sample Code**: javascript