Deck 11: Rules of Inference and Quantifiers
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Deck 11: Rules of Inference and Quantifiers
1
The rule of Hypothetical Syllogism ( H.S) is symbolized as
A)P ? q
B)P ? q.
C)P ? q,
D)P ? q..
A)P ? q
B)P ? q.
C)P ? q,
D)P ? q..
P ? q.
2
The rule of Absorption (Abs) is symbolized as
A)p.q
B)P ? q
C)p.
D)p
A)p.q
B)P ? q
C)p.
D)p
P ? q
3
The rule of Simplification (Simp) is symbolized as
A)P ? q
B)P . q
C)P
D)p
A)P ? q
B)P . q
C)P
D)p
P . q
4
The rule of Addition is symbolized as
A)p
B)p.
C)P
D)p . q
A)p
B)p.
C)P
D)p . q
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5
The rule of Conjunction (Conj) is symbolized as
A)p . q
B)p
C)p.
D)P
A)p . q
B)p
C)p.
D)P
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6
Name the rule of inference P . Q) ? P V Q)
A)Commutation ( Com )-
B)Association (Assoc )-
C)De Morgan's Theorem De M )
D)Distribution Dist )
A)Commutation ( Com )-
B)Association (Assoc )-
C)De Morgan's Theorem De M )
D)Distribution Dist )
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7
Name the rule of inference p v q ) ? q v p )
A)Commutation ( Com )-
B)De Morgan's Theorem De M )
C)Distribution (Dist )
D)Association (Assoc )-
A)Commutation ( Com )-
B)De Morgan's Theorem De M )
C)Distribution (Dist )
D)Association (Assoc )-
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8
Name the rule of inference [ p v q v r ) ] ? [ p v q ) v r ]
A)De Morgan's Theorem De M )
B)Distribution Dist )
C)Association (Assoc )-
D)Commutation ( Com )-
A)De Morgan's Theorem De M )
B)Distribution Dist )
C)Association (Assoc )-
D)Commutation ( Com )-
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9
Name the rule of inference [ p . q v r ) ] ? [ p . q ) v p. r) ]
A)Association (Assoc )-
B)Distribution (Dist )
C)De Morgan's Theorem De M )
D)Commutation Com )
A)Association (Assoc )-
B)Distribution (Dist )
C)De Morgan's Theorem De M )
D)Commutation Com )
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10
Name the rule of inference P ? p
A)Transposition (Trans )-
B)Material Implication (Impl)-
C)Double Negation ( D .N )-
D)Tautology ( Taut )-
A)Transposition (Trans )-
B)Material Implication (Impl)-
C)Double Negation ( D .N )-
D)Tautology ( Taut )-
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11
Name the rule of inference ( P ? q ) ? Q ? P )
A)Double Negation ( D .N )-
B)Tautology ( Taut )-
C)Transposition (Trans )-
D)Material Equivalence ( Equiv )-
A)Double Negation ( D .N )-
B)Tautology ( Taut )-
C)Transposition (Trans )-
D)Material Equivalence ( Equiv )-
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12
Name the rule of inference ( P ? q ) ? P v q )
A)Material Implication (Impl)-
B)Transposition (Trans )-
C)Material Equivalence ( Equiv )-
D)Exportation ( E x p)-
A)Material Implication (Impl)-
B)Transposition (Trans )-
C)Material Equivalence ( Equiv )-
D)Exportation ( E x p)-
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13
Name the rule of inference P ? q ) ? [ p ? q ) . ( q ? p ) ]
A)Material Implication (Impl)-
B)Transposition (Trans )-
C)Tautology
D)Material Equivalence ( Equiv )-
A)Material Implication (Impl)-
B)Transposition (Trans )-
C)Tautology
D)Material Equivalence ( Equiv )-
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14
Name the rule of inference [ (P . Q ) ? r ) ] ? [ p ? ( q ? r ) ]
A)Transposition (Trans )-
B)Material Equivalence ( Equiv )-
C)Material Implication (Impl)-
D)Exportation ( E x p)-
A)Transposition (Trans )-
B)Material Equivalence ( Equiv )-
C)Material Implication (Impl)-
D)Exportation ( E x p)-
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15
Name the rule of inference P V Q) ? P . Q )
A)Material Implication (Impl)-
B)De Morgan's Theorems De M )
C)Exportation ( E x p)-
D)Distribution (Dist )
A)Material Implication (Impl)-
B)De Morgan's Theorems De M )
C)Exportation ( E x p)-
D)Distribution (Dist )
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16
Name the rule of inference p . q ) ? q . p )
A)Commutation ( Com )-
B)Distribution (Dist )
C)Exportation ( E x p)-
D)Transposition (Trans )-
A)Commutation ( Com )-
B)Distribution (Dist )
C)Exportation ( E x p)-
D)Transposition (Trans )-
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17
Name the rule of inference [ p . q . r ) ] ? [ p . q ) . r ]
A)Exportation ( E x p)-
B)De Morgan's Theorems De M )
C)Association (Assoc )-
D)Distribution (Dist )
A)Exportation ( E x p)-
B)De Morgan's Theorems De M )
C)Association (Assoc )-
D)Distribution (Dist )
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18
Name the rule of inference P ? q ) ? [ p . q ) v P . Q ) ]
A)Exportation ( E x p)-
B)Material Equivalence ( Equiv )-
C)Distribution (Dist )
D)Material Implication (Impl)-
A)Exportation ( E x p)-
B)Material Equivalence ( Equiv )-
C)Distribution (Dist )
D)Material Implication (Impl)-
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19
Name the rule of inference p ? p . p )
A)Material Implication (Impl)-
B)Commutation ( Com )-
C)Tautology ( Taut )-
D)Association (Assoc )-
A)Material Implication (Impl)-
B)Commutation ( Com )-
C)Tautology ( Taut )-
D)Association (Assoc )-
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20
The process of obtaining a proposition from a propositional function by substituting a constant for a variable is called …………………………………
A)quantification
B)deduction
C)instantiation
D)generalization
A)quantification
B)deduction
C)instantiation
D)generalization
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21
General propositions can be regarded as resulting from propositional functions by a process called
A)instantiation
B)substitution
C)deduction
D)quantification
A)instantiation
B)substitution
C)deduction
D)quantification
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22
The phrase 'Given any x' is called …………………………………….
A)a propositional function
B)a universal quantifier
C)truth-function
D)an existential quantifier
A)a propositional function
B)a universal quantifier
C)truth-function
D)an existential quantifier
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23
Universal quantifier is symbolized as …………
A)' x)'
B)? ?x)'
C)' X'
D)' ?x'
A)' x)'
B)? ?x)'
C)' X'
D)' ?x'
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24
The phrase ' there is at least one x such that' is called ………………………………
A)a universal quantifier
B)a propositional function
C)an existential quantifier
D)truth-function
A)a universal quantifier
B)a propositional function
C)an existential quantifier
D)truth-function
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25
An 'existential quantifier' is symbolized as ,
A)' ?x'
B)' x)'
C)' X'
D)( ?x )
A)' ?x'
B)' x)'
C)' X'
D)( ?x )
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