Question
In the following question, read the given statement and
compare Quantity I and Quantity II on its basis. (Only quantity is to be considered) (pq + y + 14)1/4 = m2 β 3y One root of the above equation is 15. Where p and q are roots of the equation : 2x2 β 39x + 70 = 0 Quantity I : m2 + 9 Quantity II : 2pqSolution
2x2 β 39x + 70 = 0 2x2 β (4 + 35)x + 70 = 0 2x2 β 4x β 35x + 70 = 0 2x(x β 2) β 35(x β 2) = 0 x = 2, 35/2 or 17.5 p/q = 2/17.5 or p/q = 17.5/2 Putting 15 in place of y(as one root of equation is 15) we get, (2 * 17.5 + 15 + 14)1/4 = m2 β 3 * 15 (64)1/4 = m2 β 45 m2 = 4 + 45 = 49 m = 7 Quantity I : m2 + 9 = 72 + 9 = 58 Quantity II : 2pq = 2 * 17.5 * 2 = 70 Quantity I < Quantity II
If 'A % B' means 'A is wife of B', 'A # B' means 'A is brother of B', 'A @ B' means 'B is son of A', 'A & B' means 'A is daughter of B', 'A $ B' means '...
If βP@Qβ means βP is the mother of Qβ, βP$Qβ means βP is the husband of Qβ, βP#Qβ means βP is the sister of Qβ, βP*Qβ means...
If F & G $ I @ H % J is true then how is F related to J?
'A @ B' means 'A is the father of B'. 'A & B' means 'A is the son of B'. 'A Ξ² B' means 'A is the daughter of B'. 'A # B' means 'A is married to B'. 'A ...
If βA % Bβ means βA is the daughter of Bβ, βA & Bβ means βA is the wife of Bβ, and βA # Bβ means βA is the son of Bβ, then how i...
How is J related to Nβs father?
βA@Bβ means βA is the father of Bβ. βA#Bβ means βA is the sister of Bβ. βA$Bβ means βA is the brother of Bβ. βA%Bβ means οΏ½...
Statements : I = E, Q ≥ A > O, I ≥ Q
Conclusions : I. E ≥ O II. A < E
If (A # B) means A is son of B, (A & B) means A is mother of B, (A @ B) means A is father of B, (A $ B) means A is sister of B. If F # G $ H @ I & J $ K...
How is P related to O?