Difference between revisions of "Binary operation"

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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:
 
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'''
+
'''AND'''                                                                                                                            
\begin{tabular}{cc|c}
+
 
<math>a</math> & <math>b</math> & expression \
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Denoted by the & or && symbol.
\hline
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True & True & True \
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TRUE  & TRUE = TRUE
True & False & False \
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False & False & False \
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FALSE & TRUE  = FALSE
False & True & False \
+
 
\end{tabular}
+
TRUE & FALSE  = FALSE
 +
 
 +
FALSE & FALSE = FALSE

Latest revision as of 03:51, 24 August 2024

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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

Denoted by the & or && symbol.

TRUE & TRUE = TRUE

FALSE & TRUE = FALSE

TRUE & FALSE = FALSE

FALSE & FALSE = FALSE