Question

Express each of the following statements as expression using quantified predicates and the domain"People."

score 362 · Answer 1 · 2016-02-11 00:46:25

362

Views

Express each of the following statements as expression using quantified predicates and the domain"People."

Published on 11 Feb 2016 - 0:46

score 71 · Answer 2 · 2016-02-14 15:55:13

71

Views

How to derive a truth value from the following formula, one where the formula is T and one where it is F

Published on 14 Feb 2016 - 15:55

score 85 · Answer 3 · 2016-02-15 08:53:26

85

Views

Sucessive quantifiers for same variable in disjoint sets.

Published on 15 Feb 2016 - 8:53

score 268 · Answer 4 · 2016-02-15 13:06:57

268

Views

Universal closure and t-satisfiablity / validity

Published on 15 Feb 2016 - 13:06

score 206 · Answer 5 · 2016-02-16 00:00:06

206

Views

Why is the following expression is false

Published on 16 Feb 2016 - 0:00

score 81 · Answer 6 · 2016-02-16 20:00:32

81

Views

Is the conversion of this English sentence into predicate logic correct

Published on 16 Feb 2016 - 20:00

score 11.1k · Answer 7 · 2016-02-17 05:08:41

11.1k

Views

Predicate Logic Expression: "Nobody loves anybody."

Published on 17 Feb 2016 - 5:08

score 55 · Answer 8 · 2016-02-17 17:51:57

55

Views

given $X\subseteq A$ prove $X\cap B \subseteq A$

Published on 17 Feb 2016 - 17:51

score 76 · Answer 9 · 2026-03-31 15:12:39

76

Views

Universal Quantification of a Predicate P(x)

Published on 31 Mar 2026 - 15:12

score 318 · Answer 10 · 2016-02-20 16:14:19

318

Views

Answering questions with existential and/or universal quantifiers

Published on 20 Feb 2016 - 16:14

score 143 · Answer 11 · 2016-02-21 04:23:59

143

Views

Algebraic proof by contradiction

Published on 21 Feb 2016 - 4:23

score 65 · Answer 12 · 2016-02-21 14:42:39

65

Views

$F(h)=h \circ \phi$, $F:C^B \to C^A$, $\phi : A\to B$, prove F is surjective

Published on 21 Feb 2016 - 14:42

score 127 · Answer 13 · 2016-02-21 21:48:14

127

Views

Formalising sentence into predicate logic check

Published on 21 Feb 2016 - 21:48

score 6.4k · Answer 14 · 2016-02-23 09:50:47

Determine whether $∀x∈ℝ,∃y∈ℝ$ such that $x+y=0$ & $∃x∈ℝ,∀y∈ℝ$ such that $x+y=0$ is true or false.

score 9.6k · Answer 15 · 2026-03-31 15:14:34

9.6k

Views

"If everyone in front of you is bald, then you're bald." Does this logically mean that the first person is bald?

Published on 31 Mar 2026 - 15:14

List Question

Express each of the following statements as expression using quantified predicates and the domain"People."

How to derive a truth value from the following formula, one where the formula is T and one where it is F

Sucessive quantifiers for same variable in disjoint sets.

Universal closure and t-satisfiablity / validity

Why is the following expression is false

Is the conversion of this English sentence into predicate logic correct

Predicate Logic Expression: "Nobody loves anybody."

given $X\subseteq A$ prove $X\cap B \subseteq A$

Universal Quantification of a Predicate P(x)

Answering questions with existential and/or universal quantifiers

Algebraic proof by contradiction

$F(h)=h \circ \phi$, $F:C^B \to C^A$, $\phi : A\to B$, prove F is surjective

Formalising sentence into predicate logic check

Determine whether $∀x∈ℝ,∃y∈ℝ$ such that $x+y=0$ & $∃x∈ℝ,∀y∈ℝ$ such that $x+y=0$ is true or false.

"If everyone in front of you is bald, then you're bald." Does this logically mean that the first person is bald?

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