0b1010101010100

0b1010101010100 is a binary integer literal that uses the 0b prefix to indicate base-2 notation in several programming languages and tools. The bit sequence after the prefix is 1010101010100, a 13-bit pattern with alternating 1s and 0s for the first 11 positions followed by two trailing zeros. This form is commonly encountered as an explicit binary constant or as a test pattern in digital logic and software examples.

In decimal, this value equals 5460. In hexadecimal, it is 0x1554. As a standalone literal, it represents a non-negative integer; the exact storage size depends on the language and the platform (for example, 32-bit or 64-bit integers are typical in many environments). If truncated to fewer bits, its value would change according to the bit-width and the truncation rules of the language.

Context and usage: the 0b prefix is recognized by languages such as Python and JavaScript, and is supported by some C/C++ compilers as an extension. It provides a convenient way to express and manipulate specific bit patterns without converting from decimal. The trailing two zeros indicate divisibility by 4, a simple arithmetic consequence of the last two bits being zero. The literal serves mainly as a readable representation of a concrete bit pattern rather than as a semantic constant with a broader meaning.