1 | What is affirming the antecedent?
Answer: Affirming the antecedent is a logical inference in which the antecedent of a true statement is assumed to be true itself.
2 | What kind of statements are used in affirming the antecedent?
Answer: In affirming the antecedent, implications of a true statement are assumed to be true as well.
3 | What is the meaning of the term “antecedent” in affirming the antecedent?
Answer: In affirming the antecedent, the antecedent is the part of the statement that comes before the implication and is assumed to be true.
4 | How does affirming the antecedent work?
Answer: In affirming the antecedent, one assumes the antecedent of a true statement to be true itself. This enables one to make an inference based on the truth of the statement.
5 | What is the difference between affirming the antecedent and denying the consequent?
Answer: The difference between affirming the antecedent and denying the consequent is that in affirming the antecedent, one assumes the antecedent of a true statement to be true itself, while in denying the consequent, one assumes the consequent of a false statement to be false itself.
6 | What is the rule of affirming the antecedent?
Answer: The rule of affirming the antecedent is that if the statement “If A then B” is true, then one can infer that A is true.
7 | What is an example of affirming the antecedent?
Answer: An example of affirming the antecedent is the statement “If it is raining, then the grass is wet.” If this statement is true, then one can infer that it is raining.
8 | How is affirming the antecedent used in logic?
Answer: In logic, affirming the antecedent is used as an inference to draw a conclusion based on a true statement.
9 | Is affirming the antecedent always valid?
Answer: Affirming the antecedent is always valid when the statement “If A then B” is true.
10 | What is the converse of affirming the antecedent?
Answer: The converse of affirming the antecedent is denying the consequent, which is when the statement “If A then B” is false, then one can infer that B is false.