Question
p ۞ q means p is neither less than nor equal to q.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 not greater than q.p □ q means p is neither smaller nor greater than q.Statement: k □ l, l ∆ m, m @ nConclusions: I. l @ n II. m # k
Answer: Option C
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p ۞ q means p > qp @ q means p < qp # q means p ≥ qp ∆ q means p ≤ qp □ q means p = qThe statement is (i) k □ l (ii) l ∆ m (iii) m @ ni.e, k = l, l ≤ m, m < n=> k = l ≤ m < nConclusion I: l @ n => l < n is trueHence I follows.Conclusion II: m # k => m ≥ k is true.Hence II follows.
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