Question:

Convert the following statement into First Order Logic: "For every \(s\), if \(s\) is a student, then \(s\) is a player"

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In First Order Logic, the universal quantifier \(\forall\) is used to state that the following applies to all elements in a given set.
Updated On: Sep 25, 2025
  • \(s \, \text{is player}(s) \, \text{student}(s)\)
  • \(\forall s \, \text{player}(s) \, \text{student}(s)\)
  • \(s \, \text{is student}(s) \, \text{player}(s)\)
  • \(\forall s \, \text{student}(s) \, \text{player}(s)\)
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The Correct Option is D

Solution and Explanation

In first-order logic, the statement can be written as: \[ \forall s (\text{student}(s) \rightarrow \text{player}(s)) \] This means "For every \(s\), if \(s\) is a student, then \(s\) is a player." Final Answer: \[ \boxed{D \, \forall s \, \text{student}(s) \, \text{player}(s)} \]
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