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given statements: P % Q, P $ R, Q # S, R @ T After converting: P ≤ Q, P ≥ R, Q = S , R < T After combining: T > R ≤ P ≤ Q = S Conclusion a → R $ Q → R ≥ Q , It cannot be true as T > R ≤ P ≤ Q = S. As Q ≥ R so, it is not true.  Conclusion b → S & T → S > T There is no relation between S and T in the statement T > R ≤ P ≤ Q = S. So, it is not true. Conclusion c → P % S → P ≤ S It is true in the statement T > R ≤ P ≤ Q = S. So, it is true.
If x 2  – 15x + 51 = 0, then determine the value of (x – 5) + {1/(x – 5)}.
√(92×8 ×52+700) = ?
{(21/20) + (20/21)}2 - {(21/20) - (20/21)}2 = ?
In a college, the proportion of boys to girls is 7:9, and the proportion of graduate students to postgraduate students is 4:5. Determine the total numbe...
The average of three numbers a, b and c is 2 more than c. The average of a and b is 48. If d is 10 less than c, then the average of c and d is:
If a3 + b3 = 6240 and a + b = 30, then find the value of {(a + b)2 – 3ab}
If 15a2Â + 1 = 20a, then find the value of {(9a2 + 1)/25a2}
1/3 + 1/15 + 1/35 + 1/63 + 1/99 = ?
In a class of 70 students and 25 teachers, each student got gifts that were 20% of total number of students and each teacher got gifts that were 10% of ...