- A statement that can be expressed in if-then form is a?
converse
conditional
biconditional
counterexample
- Which shows a true conditional with a correctly identified hypothesis and conclusion?
The first three months are free, so I must have joined the gym.
Hypothesis: the first free months are free.
Conclusion: I must have joined a gym
If you join the gym, then it is free for the first three months.
Hypothesis: it is free for the first three months
conclusion: you join the gym
If you join the gym, then it is free for the first three months.
Hypothesis: You join the Gym
conclusion: it is free for the first three months.
The first three months are free, so I must have joined a gym.
Hypothesis: I must have joined a gym
Conclusion: the first free months are free
conditional
biconditional
counterexample
Hypothesis: the first free months are free.
Conclusion: I must have joined a gym
If you join the gym, then it is free for the first three months.
Hypothesis: it is free for the first three months
conclusion: you join the gym
If you join the gym, then it is free for the first three months.
Hypothesis: You join the Gym
conclusion: it is free for the first three months.
The first three months are free, so I must have joined a gym.
Hypothesis: I must have joined a gym
Conclusion: the first free months are free