The correct answer is c. First, look at the argument as it is given in writing then convert it too a proof. So, If p and q then, not r. Next the questions is station that not only does p have to be true so does q if not r is to be true also. So, If (p and q) then, not r. Then to finally convert it into a finalized proof as (p∧q)→¬r.
Could you possibly give some more details for me to understand better? :)
Answer:
true
Step-by-step explanation:
It is a lot to explain I'm only a beginner :p
Answer:
Step-by-step explanation:
9
