0xE95

0xE95 is a hexadecimal literal used in computing to represent a numeric value. The digits after the 0x prefix are E, 9, and 5, in base-16. This corresponds to the decimal value 3733. In binary, 0xE95 is 1110 1001 0101. The 0x prefix is a conventional notation in many programming languages such as C, C++, Java, JavaScript, and Python to distinguish hexadecimal literals from decimal ones. Hex literals are commonly used for memory addresses, bit masks, color components in some contexts, and low-level hardware interfacing.

Three hex digits encode 12 bits; in a 16-bit or larger integer type, 0xE95 could be stored as 0x0E95; in little-endian memory, the byte order would be 0x95 followed by 0x0E on most architectures. This reflects how hex literals map to byte-order representations in computer memory.

Context matters for how 0xE95 is used. In source code, it is typically interpreted as an unsigned integer by default in many languages, though language-specific rules can vary for signed versus unsigned types or for arithmetic operations. Given its size, 0xE95 is a small value that often serves as an example in tutorials, a low-level offset, or a bitwise mask in demonstrations and code snippets.

See also: hexadecimal numeral system, base-16, 0x prefix, and common programming conventions for numeric literals.