Linear Array Position Finder

This project implements a standard Linear Search (Sequential Search) algorithm in C. It is designed to scan a static dataset and identify the specific rank (position) of a target integer provided by the user.

⚙️ Algorithm Logic

The program operates on a fixed dataset $S$: S = { 10, 15, 20, 33, 22, 11, 9, 8, 48, 47, 12, 25, 12, 21 }

For a target value $T$, the algorithm iterates through indices $i = 0 \to n-1$:

1. Comparison: Checks if $S[i] == T$.
2. Position Mapping: If a match is found, converts the zero-based index ($i$) to a human-readable ordinal number ($i+1$).
3. Flag Management: Uses a boolean flag logic (x) to track search success.
   • If the loop completes with x == 0, the element is reported as missing.

Complexity

• Time Complexity: $O(n)$ - Checks each element sequentially.
• Space Complexity: $O(1)$ - Uses constant extra memory.

🚀 Usage

1. Compile the code:

   gcc main.c -o position_finder

2. Run the executable:

   ./position_finder

3. Input: Enter a number (e.g., 48).
4. Output: Aranan sayi bastan 9. sirada bulunmaktadir.

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This repository demonstrates array traversal and conditional logic in C.