Speakpigeon wrote: ↑Fri Jan 25, 2019 12:40 pmNo.Logik wrote: ↑Thu Jan 24, 2019 12:01 pm Modus Tollens doesn't solve anything, numb nuts.
If the premise is true (P)
And the argument is valid (V)
Then the conclusion is true (C)
P ∧ V ⇒ C
Write out the truth-table, cretin.
P V C
0 0 0 If the premises are false AND the argument is invalid the conclusion is false
0 1 0 If the preises are false AND the argument is valid the conclusion is false.
1 0 0 If the premises are true AND the argument is invalid the conclusion is false.
1 1 1 If the premises are true AND the argument is valid the conclusion is true.
This proves you don't even know the truth table of the material implication.
So, here is the correction of your "truth table" completed with the three missing logical cases in bold red:You are an ignoramus. A loud and abusive ignoramus.P V C
0 0 0 If the premises are false AND the argument is invalid the conclusion is false
0 1 0 If the premises are false AND the argument is valid the conclusion is false.
1 0 0 If the premises are true AND the argument is invalid the conclusion is false.
0 0 1 If the premises are false AND the argument is invalid the conclusion is true.
0 1 1 If the premises are false AND the argument is valid the conclusion is true.
1 0 1 If the premises are true AND the argument is invalid the conclusion is true.
1 1 1 If the premises are true AND the argument is valid the conclusion is true.
EB
Moron. What you have provided is not the truth-table for P ∧ V ⊢ C
A function with 2 inputs can not have 7 outputs! Not to mention that 7 is now power of 2 so you still missed one
You know. Because 2^2 = 4.
The irony. To call me an ignoramus when you fail basic arithmetic.
You don't even how to stay on the right side of the law of non-contradiction.
Speakpigeon wrote: ↑Fri Jan 25, 2019 12:40 pm 1 0 0 If the premises are true AND the argument is invalid the conclusion is false.
1 0 1 If the premises are true AND the argument is invalid the conclusion is true.