In case of Multicollinearity, if the

Statements:       Q % G & Z % G; G # C & E; E @ P # D

Statement: N < M; G ≤ V = M; J > V; K ≥ M

Conclusion:

I. J > K

II. K ≥ J

Statements: L ≥ F = Z < P, Q ≥ A > C = P

Conclusions:

I. A > F

II. Q > Z

Statements:       K @ L; M & O, N % L, K $ O

Conclusions:     

I. O @ L

II. M @ L             

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

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

Statements: Z > X = A ≥ V > W > B; B = Y ≥ U = E > T

Conclusions:

I. Z > U

II. Y > Z

Statements: T = U, V < M, W ≥ T, U ≤ V

Conclusion:

I. U ≤ W

II. M > U

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

Conclusions:

I. D > F

II. F < G

III. B < G

Statement: X=Y≤Z>T; T>Q ; X ≥R

I. Z≥R

II. R>Q