OPTION 4Explanation:1) (R ∧ E) ⟺ C says that all (and only) conservatives are radical and electable. So, this ASSERTION is not true.2) R ⇒ (E ⇔ C) says that same as the given assertion. This is a correct assertion.3) R ⇒ ((C ⇒ E) V ¬E) = ¬R∨(¬C∨E∨ ¬E) which is true for all INTERPRETATIONS. This is not a correct assertion.4) ( ¬ R V ¬ E V C) ∧ (¬ R V ¬ C V E) = (¬ RV( E⇒ C)) ∧ (¬ R V (C ⇒ E)) = R ⇒ (E ⇔ C) which is equivalent to assertion B. This is also true.

"> OPTION 4Explanation:1) (R ∧ E) ⟺ C says that all (and only) conservatives are radical and electable. So, this ASSERTION is not true.2) R ⇒ (E ⇔ C) says that same as the given assertion. This is a correct assertion.3) R ⇒ ((C ⇒ E) V ¬E) = ¬R∨(¬C∨E∨ ¬E) which is true for all INTERPRETATIONS. This is not a correct assertion.4) ( ¬ R V ¬ E V C) ∧ (¬ R V ¬ C V E) = (¬ RV( E⇒ C)) ∧ (¬ R V (C ⇒ E)) = R ⇒ (E ⇔ C) which is equivalent to assertion B. This is also true.

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Consider the statement below.A person who is radical (R) is electable (E) if he/she is conservative (C), but otherwise is not electable.Few probable logical assertions of the above sentence are given below.(A) \(\left( {R \wedge E} \right) \Longleftrightarrow C\)(B) \(R\; \Rightarrow \left( {E \Leftrightarrow C} \right)\)(C) \(R \Rightarrow \left( {\left( {C \Rightarrow E} \right)V\;\neg \;E} \right)\)(D) \(\left( {\neg \;R \vee \neg \;E \vee C} \right) \wedge \left( {\neg \;R \vee \neg \;C \vee E} \right)\;\;\)Which of the above logical assertions are true?Choose the correct answer from the options given below:

Logical and Verbal Reasoning Logic in Logical and Verbal Reasoning . 5 months ago

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The correct answer is OPTION 4Explanation:1) (R ∧ E) ⟺ C says that all (and only) conservatives are radical and electable. So, this ASSERTION is not true.2) R ⇒ (E ⇔ C) says that same as the given assertion. This is a correct assertion.3) R ⇒ ((C ⇒ E) V ¬E) = ¬R∨(¬C∨E∨ ¬E) which is true for all INTERPRETATIONS. This is not a correct assertion.4) ( ¬ R V ¬ E V C) ∧ (¬ R V ¬ C V E) = (¬ RV( E⇒ C)) ∧ (¬ R V (C ⇒ E)) = R ⇒ (E ⇔ C) which is equivalent to assertion B. This is also true.

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