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66 Cards in this Set
- Front
- Back
**WHAT TYPE OF KEYWORD?**
IF |
SUFFICIENT
|
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**WHAT TYPE OF KEYWORD?**
WHAT |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
WHENEVER |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
EVERY |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
ALL |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
ANY |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
PEOPLE WHO |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
IN ORDER TO |
SUFFICIENT
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**WHAT TYPE OF KEYWORD?**
THEN |
NECC
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**WHAT TYPE OF KEYWORD?**
ONLY |
NECC
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**TRANSLATE INTO IF/THEN**
ONLY E ARE F |
F -> E
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**TRANSLATE INTO IF/THEN**
G ONLY IF H |
G -> H
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**TRANSLATE INTO IF/THEN**
NO I UNLESS J |
I -> J
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**TRANSLATE INTO IF/THEN**
NO K IS L |
K -> ~L
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**TRANSLATE INTO IF/THEN**
x is always y |
x->y
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**TRANSLATE INTO IF/THEN**
all x are y |
x->y
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**TRANSLATE INTO IF/THEN**
Every x is y |
x -> y
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What formula disguise is the following? "If B doesn't happen, then A can't either"
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~B ->~A = A -> B (CP)
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What formula disguise is the following? "A can't occur without B"
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A ->B (unless equation)
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What formula disguise is the following? "You can't do A unless you do B"
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~B ->~A = A ->B
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What formula disguise is the following? "There are no A's without B's"
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A ->B (unless equation)
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WHat formula disguise is the following? "Only B's are A's"
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Only if B then A = A ->B
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Only E are F
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if F->E
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G only if H
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if G->H
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No I unless J
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if I then J
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No K is L
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if K->not L
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M if N or if O
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if N ->M
if O ->M or N or O ->M |
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M if N or if O
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if N ->M
if O ->M if N or O -> M |
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All C are D
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if C -> D
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Only E are F
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if F -> E
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G only if H
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if G -> H
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No I unless J
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if I -> J
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if P or Q, then niether R nor S
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P or Q -> not R and Not S
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T if, but only if, U
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T <--> U
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All except Z are Y
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if not Y -> Z
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Either Y or Z
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not Y -> Z
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Y needs Z
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if Y -> Z
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Z is needed for Y
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if Y -> Z
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No Y unless Z
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if Y -> Z
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Y depends on Z
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Y -> Z
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Without Z, Y
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not Z -> Y
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X if, but only if, Y
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X-> Y and Y-> X
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No X are Y
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if X -> not Y
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P: Most A's are B's.
P: Most A's are C's. |
C: Some B's are C's.
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P: Some A's are B's.
P: All B's are C's. |
C: Some A's are C's.
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P: All A's are B's.
P: Some B's are C's. |
C: No valid transitive conclusion.
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P: Some A's are B's.
P: All C's are B's. |
C: No valid transitive conclusion.
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P: All A's are B's.
P: All B's are C's. |
C: All A's are C's.
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P: Most A's are B's.
P: Some B's are C's. |
C: No valid transitive conclusion.
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P: All A's are B's.
P: All A's are C's. |
C: Some B's are C's.
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P: Most A's are B's.
P: All B's are C's. |
C: Most A's are C's.
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P: Some A's are B's.
P: Most C's are B's. |
C: No valid transitive conclusion.
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P: All A's are B's.
P: Most B's are C's. |
C: No valid transitive conclusion.
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P: Most A's are B's.
P: Most B's are C's. |
C: No valid transitive conclusion.
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P: Most A's are B's.
P: Most C's are B's. |
C: No Valid Transitive Conclusion
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P: Most A's are B's.
P: All C's are B's. |
C: No valid transitive conclusion.
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P: Some A's are B's.
P: Most A's are C's. |
C: No valid transitive conclusion.
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P: All A's are B's.
P: Most A's are C's. |
C: Some B's are C's.
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P: Some A's are B's.
P: Some B's are C's. |
C: No valid transitive conclusion.
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P: All A's are B's.
P: No B's are C's. |
C: No A's are C's.
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P: No A's are B's.
P: All B's are C's. |
C: Some C's are not A's.
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P: Some A's are B's.
P: Most B's are C's. |
C: No Valid Transitive Conclusion
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P: Most A's are B's.
P: No B's are C's. |
C: Most A's are not C's.
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P: No A's are B's.
P: Most B's are C's. |
C: Some C's are not A's.
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P: Some A's are B's
P: No B's are C's. |
C: Some A's are not C's.
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P: No A's are B's.
P: No A's are C's. |
C: Some things that are not B's are not C's.
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