1140, ?, 1130, 1160, 1120,

Statements: A > C > W > S ≤ M ≥ N = T

Conclusion:

I. M > C

II. S > A

Statements:          N # L,      L @A,     A % I,     I & E

Conclusions :         

I.E $ L     

Statements: A ≥ B > C, N ≤ M ≤ D = C, X ≤ P ≤ O = N

Conclusion:

I. C ≥ P

II. P = N

Statements: R < S = T ≤ U < X < V, W = J ≥ Z = V

Conclusions:
I. X > W

II. U ≤ Z

III. J ≥ X

Statements: A = C > G > H = B > O; E < P = R > B

Conclusions:

I).   E > H

II).  H ≤ E

Statement: D > T > G > C > M; J > C > U

Conclusion:

I. J > M

II. U < D

Statement: C > S > F > B > L; I > B > T

Conclusion: I. I > L II. T < C

Statements: E # L, L @ U, U $ N, N % K

Conclusions: I. K @ U II. K % U III. E @ U