The HCF of two numbers is one-twentieth of their LCM. If

Statements: M % C & G @ T $ D; W % M # P 

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

Conclusions:

I).  U > P

II).  Y > P

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

Conclusions:

(i) B > D (ii) A > F (iii) F < E

Statements: F % W, W © R, R @ M, M $ D

Conclusions:

Statements: H > S ≥ F = B ≤ U≤ T; E ≤ B ≤ K

Conclusions:I. K > F II. K = F

Statements:  B > K < Y, E > C ≥ O = Y

Conclusions:

I. C > B

II. E ≤ Y

III. E > K

IV. O ≥ K

Statements: B > D = C ≥ E ≥ G, C = H ≤ I < F

Conclusions:

I. B > H

II. I ≥ G

III. F > D

Statement: E < F ≤ G = H, I ≥ G ≤ J ≤ K

Conclusion: I. K > E                          II. H > K

Statement: W>Y<X<Z=U>S; W<T ≥V

I. Y<T

II. X > V