What is the inflorescence of

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

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

Statements: Q > U = V ≤ X;  R ≥ S ≥ X

Conclusions:

I. U = S

II. V < S

Statements: U ≤ T < V; W < V; S = T < R; X < W = Y < Z

Conclusions:

I. R > U

II. X < S

III. T < Z

Statements: A @ B, B $ C, C & D, D % E

Conclusions: I. B @ D                    II. E & A

Statements: V > P < L = O, R > N; Q > V > R

Conclusions:

I. R > L

II. Q > N

III. L > N

Statements: X > V ≥ A = I ≤ R > G = H ≤ Q

Conclusion

I: Q ≤ A

II: Q > A

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

Conclusions:

(i) E ≥ G

(ii) A < E

Statement:M<N≥O =A ≥P;P<R;N<T

Conclusions:

I. M < R

II. T > R

Statements: M $ K; K & N, N % R, R @ W

Conclusions:     

I. W & K               

Statements: G > N > P = E ≥ H < L; M < E < B < C = Q > X; U > W > Y = Q > H

Conclusions:

I).  U > P