In how many ways can 6 boys and 3 girls can be seated in

Statements: J # Q, Q * D, D % P, P $ Y

Statement: L = C; E ≥ M ≥ U ≥ C

Conclusion:

I. E > L

II. E = L

Statements:  P * R, M & N, R $ M

Conclusions:      a) P @ M              b) P $ M

Statements: E < F < N; O < Q ≤ D; F < D; R < P ≥ O

Conclusions:

I. R < D

II. D > E

III. N > Q

Statements: A ≥ M > E, K ≤ J ≤ D = E, B ≤ Z ≤ Y = K

Conclusion:

I. M > Y

II. D ≥ B

Statement: D < M < P = V = E ≥ T > Z

Conclusion: I. P > Z II. D > E

Statement:  X > P ≥ W < Z ≤ T <  S, P  ≥ V

I. P > T

II. X > V

Statements:       A % B & Z % F; F # C & E; E @ P # D

Statements:

A > K ≥ M; Z ≤ A < T; C > M ≤ D

Conclusions:

I).  Z < D

II).  M < T

III).  C < A

Statement: F ≥ G > I > E ≤ P, E = S ≥ P 

Conclusion: I. F ≥ P          II. G > P