If p, then q.
Suppose p is false but q is true. Why is it that the implication "If p, then q" is still true?
For example,
If x=2, then x + 3 = 5.
Suppose x is NOT 2 (i.e. p is false), but x+3=5 (q is still true). Why is the implication
"If x=2, then x + 3 = 5" still true?
Is the...