The domain for x and y is the set of employees at a company. Miguel is one of th company. Define the predicate: V(x): x is a manager N(x, y): x earns more than ySelect the logical expression that is equivalent to: "Miguel earns more than all the managers." Ox((V(x)^V(Miguel))→N(x, Miguel)) Ovx((V(x)^V(Miguel))→N(Miguel,x)) Ovx(V(x)→N(Miguel,x)) Ovx(V(x)→N(x,Miguel))
The domain for x and y is the set of employees at a company. Miguel is one of th company. Define the predicate: V(x): x is a manager N(x, y): x earns more than ySelect the logical expression that is equivalent to: "Miguel earns more than all the managers." Ox((V(x)^V(Miguel))→N(x, Miguel)) Ovx((V(x)^V(Miguel))→N(Miguel,x)) Ovx(V(x)→N(Miguel,x)) Ovx(V(x)→N(x,Miguel))
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Discrete mathematics

Transcribed Image Text:The domain for \( x \) and \( y \) is the set of employees at a company. Miguel is one of the employees at the company. Define the predicate:
- \( V(x) \): \( x \) is a manager
- \( N(x, y) \): \( x \) earns more than \( y \)
Select the logical expression that is equivalent to:
"Miguel earns more than all the managers."
Options:
- \( \neg(\exists y)(V(y) \land \neg N(\text{Miguel}, y)) \)
- \( \forall x((V(x) \land x \neq \text{Miguel}) \rightarrow N(\text{Miguel}, x)) \)
- \( \exists x(\forall y(V(y) \lor N(y, x)) \rightarrow N(x, \text{Miguel})) \)
- \( \forall x(V(x) \rightarrow N(\text{Miguel}, x)) \)
- \( \exists y(\forall x(N(x, y) \lor x = y)) \land V(y) \)
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