Binary to Text

**Introduction:**
Binary to Text conversion is a fundamental process in computing, allowing us to translate binary code (base-2) into human-readable text. This process is essential for understanding how computers store and interpret text data, bridging the gap between machine language and human language.

**Demonstration:**
Consider the binary sequence `01001000 01100101 01101100 01101100 01101111`. To convert it to text:
1. Split the binary sequence into 8-bit segments: `01001000`, `01100101`, `01101100`, `01101100`, `01101111`.
2. Convert each 8-bit binary segment to its decimal equivalent:
   - `01001000` = 72
   - `01100101` = 101
   - `01101100` = 108
   - `01101100` = 108
   - `01101111` = 111
3. Find the corresponding ASCII character for each decimal value:
   - 72 = `H`
   - 101 = `e`
   - 108 = `l`
   - 108 = `l`
   - 111 = `o`
4. Combine the characters to form the text: `Hello`.

**Usage:**
In programming, you can use built-in functions to convert binary to text. For example, in Python, you can use `chr(int('01001000', 2))` for each binary segment and join the results. In JavaScript, use `String.fromCharCode(parseInt('01001000', 2))`. These functions simplify the conversion process, ensuring accuracy and efficiency.

**Conclusion:**
Mastering binary to text conversion is crucial for developers and tech enthusiasts. It enables efficient data decoding and interpretation, enhancing your ability to work with low-level data and understand computer operations. Learn this essential skill to boost your technical proficiency and problem-solving capabilities.