0x32E

0x32E is a hexadecimal integer literal used in many programming languages. The prefix 0x denotes base-16. The digits 3, 2, E correspond to 3*(16^2) + 2*(16^1) + 14*(16^0) = 768 + 32 + 14 = 814. As a numeric value, 0x32E equals 814 in decimal.

In code it may be assigned, compared, or used in arithmetic. For example, in C: int x = 0x32E; yields x == 814. In Python: x = 0x32E; print(x) outputs 814. In JavaScript: const val = 0x32E; val is 814 as a number. Because it is merely a value, its interpretation does not depend on endianness; endianness affects how 814 is stored in memory but not the value itself.

In binary, 0x32E can be represented as 0011 0010 1110 in a compact form, with leading zeros added as needed to fit a byte or word boundary. The specific bit-width determines how many bits are used in storage, but the numeric value remains 814.

0x32E is a small hexadecimal constant and can be used in various contexts, such as offsets, masks, or identifiers, where a numeric value is needed. It is part of the broader convention of using 0x-prefixed literals to denote hex values in many programming languages; the digits are 0-9 and A-F (case-insensitive).

Compared to decimal 814, 0x32E is simply another representation. Some contexts may also write 0x032E, which denotes the same value. See also: hexadecimal, numeric literals, endianness.