| 1. |
If p is true and q is false, state the truth for: (~( p q )) (~ p ~ q )
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| 2. |
If p is true and q is false, state the truth for: (( q p ) (~ q p )) (~(~ p ~ q ))
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| 3. |
If p is false and q is false, state the truth for: ( p q ) (~(~(~ p ~ q ) ~(~ p ~ q )))
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| 4. |
If p is false and q is false, state the truth for: (~(~ p q )) (~ p ~ q )
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| 5. |
If p is false and q is false, state the truth for: ( p ~ q ) ([~( p q )])
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| 6. |
If p is true and q is false, state the truth for: (( q ~ p ) ~ q ) ( p q )
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| 7. |
If p is true and q is false, state the truth for: (~(~ p ~ q )) ((~ p q ) (~ q p ))
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| 8. |
If p is false and q is false, state the truth for: (~ p ~ q ) (~( p q ))
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| 9. |
If p is true and q is true, state the truth for: (~ p ~ q ) ( p ~ q )
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| 10. |
If p is false and q is false, state the truth for: (~( q ~ p ) (~ q ~ p )) (~(~ p q ))
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| 11. |
If p is true and q is false, state the truth for: (~( p (~ q ~ p ))) (~( p ( q ~ p )))
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| 12. |
If p is true and q is true, state the truth for: ( p q ) ( p q )
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| 13. |
If p is true and q is true, state the truth for: ( p ~ q ) ( p ~ q )
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| 14. |
If p is false and q is true, state the truth for: (( p q ) (~ q p )) (( q p ) q )
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| 15. |
If p is false and q is true, state the truth for: (~ p q ) (~( q p ) (~ p q ))
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| 16. |
If p is true and q is true, state the truth for: (( p q ) (~ p q )) (~(( p ~ q ) ( q ~ p )))
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