Bitwise NOT Operator Explained | Binary Logic Basics | #shorts #operators #codingforbeginners

In this video, we explore the bitwise NOT operator (~), a key operator in programming for inverting binary data at the bit level. The NOT operator flips each bit of a number, turning 1s to 0s and vice versa, which can be useful for performing quick binary inversions and data processing. We’ll walk through how it works, see examples, and discuss its unique applications in coding. Whether you're just starting with bitwise operations or deepening your understanding, this tutorial will guide you through the essentials of the NOT operator.

Bitwise NOT operator:
The Bitwise NOT operator (~) inverts all the bits of a binary number. This means it changes every 1 to 0 and every 0 to 1. It's a simple yet powerful operator that performs a "bitwise complement" operation.

Example: Let's take the number 5 and apply the bitwise NOT:

5 in binary: 0101

Applying ~5 flips each bit:

~ 0101
--------
1010

In many systems, this flipped result represents the signed integer -6 due to how binary numbers handle negatives (two's complement representation).

The NOT operator is often used in low-level programming and data manipulation tasks that require bitwise inversions, like creating masks or toggling specific bits within a byte or word.

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