Question
P @ Q means P is neither greater than nor equal to Q.P # Q means P is not less than Q.P $ Q means P is neither greater than nor less than Q.P © Q means P is not greater than Q.P % Q means P is neither lesser than nor equal to Q.Statements: J % M, J © R, S $ R, S © T.Conclusions: I. J @ S II. T % J III. J $ T
Answer: Option D
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P @ Q => P < QP # Q => P ≥ QP $ Q => P = QP © Q => P ≤ QP % Q => P > QJ % M => J > MJ © R => J ≤ RS $ R => S = RS © T => S ≤ TBy combining the abovestatementswe get,
M < J ≤ R = S ≤ TConclusion I: J @ S => J < S, does not follow.Conclusion II: T % J => T > J, does not follow.Conclusion III: J $ T => J = T, does not follow.But conclusion II and III are contradictory to each other.Either II or III follows.
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