Difference between revisions of "Binary operation"
Line 1: | Line 1: | ||
{{stub}} | {{stub}} | ||
− | A '''binary operation''' is an [[operation]] which takes two arguments. | + | A '''binary operation''' is an [[operation]] which takes two arguments. Usually this takes an input and encodes it into machine code or binary. Then it returns a bit based on 2 bits, one from each string on their corresponding index. There are several binary operations that people tend to use a lot. Let's get to them: |
+ | |||
+ | '''AND''' | ||
+ | \begin{tabular}{cc|c} | ||
+ | <math>a</math> & <math>b</math> & expression \\ | ||
+ | \hline | ||
+ | True & True & True \\ | ||
+ | True & False & False \\ | ||
+ | False & False & False \\ | ||
+ | False & True & False \\ | ||
+ | \end{tabular} |
Revision as of 19:26, 30 April 2024
This article is a stub. Help us out by expanding it.
A binary operation is an operation which takes two arguments. Usually this takes an input and encodes it into machine code or binary. Then it returns a bit based on 2 bits, one from each string on their corresponding index. There are several binary operations that people tend to use a lot. Let's get to them:
AND
\begin{tabular}{cc|c}
&
& expression \\
\hline
True & True & True \\
True & False & False \\
False & False & False \\
False & True & False \\
\end{tabular}