Showing posts with label biconditional. Show all posts
Showing posts with label biconditional. Show all posts

Friday, September 17

biconditional


Let us learn about biconditional

If 2 simple statements “p” & “q” are connected by the connective
'if & only if', then the resulting compound statement is known the biconditional statement. Symbolically biconditional is represented by p<-> q.
A biconditional is referred as a truth function which is true only in the case that both parameters are true or both are false.
Symbolically, the biconditional is written as aób or aób
The biconditional function is frequently written as ``iff,'' meaning ``if and only if.''
It gets its name from the fact that it is really 2 conditionals in conjunction,
(a->b)V (b->a)
In our next blog we shall learn about what rhymes with heart I hope the above explanation was useful.Keep reading and leave your comments.