Which of the following is also “grand period” of

Statements:  T < U = S ≤  O, C > Y ≥ X, T > K = X 

Conclusions :I. O > K   II. C < T     III. U > K

Statements: F < G ≤ H; D < I; J ≥ G; F < A < D

Conclusions:

I. I > F

II. J > A

III. D > G

Statement: P < Q ≤ R = S, I ≥ R ≤ J ≤ K

Conclusion: I. K > P                          II. S > K

Statements: H < I; J < L < K; H ≥ L > M

Conclusions:

I. J < I

II. M < K

III. K > I

Statements: Q $ W, W % E, E @ K

Conclusions: a) Q $ K      b) W @ K

Statements: N $ Q, Q @ M, M % S, S % T

Conclusions : I. S # Q II. S & Q III. M & T

Statements: Z % Y; X # W; U % V; W & V; Y @ X

Conclusions:     

Statement:

O ≤ P > K ≤ L; W ≤ X = M > O; Q > L

Conclusion:

I. X > K

II. M < P

What should come in the place of [@] and [%] sequentially, in the given expressions to make ‘H > A’ always true?

Statement: B = L > N < M; M ≤ V < G

Conclusions:

I.  G > N