If a random variable X follows a uniform distribution

Statements: D = E ≥ M > H = L, H ≤ F < G ≤ J < I

Conclusions:

I. I > L

II. D ≥ F

III. G < E

Statements: B ≤ I; E = D; H > F; C ≤ H; I = D; A ≤ B; H < E

Conclusions:

(i) I > F

(ii) B ≤ H

Statements:

E ≤ A > J ≥ L; Y > J < D

Conclusions:

I. D > L

II. A > L

Statements: A ≥ B ≥ C = M = N ≥ O ≤ P ≤ Y = Z

Conclusions:

I. Y > M

II. Z ≤ A

Statements: B > D = H > G < J ≤ K > L < I

Conclusion

I: B ≥ G

II: K > G

Statements:

L ≤ J ≤ C = N; W ≥ X > L

Conclusions:

I. J ≤ X

II. X ˃ W

Statements: A > B ≥ C ≤ D; E ≥ F ≥ G = A

Conclusion:

I. E > D

II. D ≥ E

Which of the following would replace @ and & respectively in the following expression such that ‘O > A’ is definitely true?

Statements: Z > V = J; V > I; A ≤ D ≤ F = Z

Conclusions:

I. V < D

II. F > J

III. J > I