=====discrete Keyword : Right Projection (or q projection)=====


====Definition====
Right Projection (or Projection Q), is a part of programming logic that always returns the right-side value in a Truth table.  That is to say, for values P and Q in a truth table, the right projection always reflects the value (or state, if Boolean) of q. 

To put it visually, where X is the right projection of (p, q):

^P   ^Q   ^X ^
^-----------
|T   |T   |T |
|T   |F   |F |
|F   |T   |T |
|F   |F   |F |


====References====
List any sites, books, or sources utilized when researching information on this topic. (Remove any filler text).

  * Reference 1
  * Reference 2
  * Reference 3

=====discrete Keyword 1 Phase 2=====
contradiction/falsehood
====Definition====
Contradiction/Falsehood:
Setting every bit to 0;
Outputting logically false to all possible logical inputs.

====References====



====Demonstration====
Demonstration of the indicated keyword.

If you wish to aid your definition with a code sample, you can do so by using a wiki **code** block, an example follows:

<code c>
/*
 * 
 */
#include <stdio.h>
#include <stdlib.h>

// program to always output false where false = 0

char false(char, char);
//function prototype

int main( )
{
 char p = 0;
 char q = 0;
 char result = 0;

printf("P  |   Q   |   X  \n");
printf("------------------\n");
printf("%d  |   %d   |   %d \n", p, q, false(p, q));

 q = 1;

printf("%d  |   %d   |   %d \n", p, q, false(p, q));
 p = 1;
 q = 0;

printf("%d  |   %d   |   %d \n", p, q, false(p, q));

 p = 1;
 q = 1;

printf("%d  |   %d   |   %d \n\n", p, q, false(p, q));

printf("Input P: \n");
scanf("%hhd", &p);
printf("Input Q: \n");
scanf("%hhd", &q);

scanf("%hhd", &q);
result = false(p, q);
printf("Result is: %hhd\n\n", result );


return(0);

}

//function definition
char false(char a, char b)
{
char x;
if(b==1)
  x=0;
else if(b==0)
  x=0;
return(x);

}

</code>