Binary exclusive OR operation
Binary exclusive OR operation of the bits of two integers
This function execute the bitwise exclusive OR operation of two integers. With this function the bits of two integer are binary exclusive ORed. The number can be entered in the formats hexadecimal, decimal, octal or binary.
The result is displayed in the formats hexadecimal, decimal, octal and binary.
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Description of the exclusive OR function
Die bitweise exklusive ODER, oder kurz XOR Funktion, wird auf die Bitfolgen zweier ganzer Zahlen angewendet. Es wird die logische XOR-Operation auf jedem Paar korrespondierender Bits durchführt. Das Ergebnisbit ist 1, falls die zwei Bits unterschiedlich sind, und 0, falls sie gleich sind. The bitwise exclusive OR (XOR) function is applied to the bit sequences of two integers. The bits of one number are logically XORed with the corresponding bits of the other number. For each pair of bits, the result bit is 0 if both bits are 0 or 1. If one of both bits are 1, the result bit is set to 1.
IT Functions
Decimal, Hex, Bin, Octal conversion • Shift bits left or right • Set a bit • Clear a bit • Bitwise AND • Bitwise OR • Bitwise exclusive ORSpecial functions
Airy • Derivative Airy • Bessel-I • Bessel-Ie • Bessel-J • Bessel-Je • Bessel-K • Bessel-Ke • Bessel-Y • Bessel-Ye • Spherical-Bessel-J • Spherical-Bessel-Y • Hankel • Beta • Incomplete Beta • Incomplete Inverse Beta • Binomial Coefficient • Binomial Coefficient Logarithm • Erf • Erfc • Erfi • Erfci • Fibonacci • Fibonacci Tabelle • Gamma • Inverse Gamma • Log Gamma • Digamma • Trigamma • Logit • Sigmoid • Derivative Sigmoid • Softsign • Derivative Softsign • Softmax • Struve • Struve table • Modified Struve • Modified Struve table • Riemann ZetaHyperbolic functions
ACosh • ACoth • ACsch • ASech • ASinh • ATanh • Cosh • Coth • Csch • Sech • Sinh • TanhTrigonometrische Funktionen
ACos • ACot • ACsc • ASec • ASin • ATan • Cos • Cot • Csc • Sec • Sin • Sinc • Tan • Degree to Radian • Radian to Degree
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