In this case. if we increase the pressureontheicetheice-watersystemwantsto try to lower it again. It can do that by making itself fit into a smaller volume. But since water fills a smaller volume when it's liquid, rather thansolid,it will gotoalower meltingpoint — allowingmoresolidtobecomeliquidandhence when we increase pressure,the meltingpointof icedecreasesbecauseoftheinversalrelationship between the pressure and melting point of ice.
Statement: A > U ≥ L; A ≤ T = K; J > U
Conclusion: I. K > LÂ Â Â Â Â Â II. J > T
Statements:
A ≥ L = B; C ≤ L < O; Q ≥ C < R
Conclusions:
I. A > C
II. C = A
Statements: F < G ≤ H; D < I; J ≥ G; F < A < D
Conclusions:
I. I > F
II. J > A
III. D > G
Statements:
R ≤ S = T; P < Q = R; S < U ≤ V; W ≥ V
Conclusions:
I). Â P < U
II). Â W > R
III). Â T ...
Statement: A > B = E < F > H; I ≤ D < C; H > G > C
Conclusions:
I. F > I
II. I < G
III. B < G
Statements: P % Q, P $ R, Q # S, R @ T
Conclusions:
I. R $ QÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â
II. S & TÂ Â Â Â Â Â ...
Statement:X=Y ≥ Z > Q; Y < V ; W < Q
Conclusions:
I. V > W
II. Q > V
Statements: M = N; A < C < E; N > A
Conclusions:
I. E > N
II. M > C
Statements: L > S, O > Q, S = P, T ≥ P, O = T
Conclusion:
I. L ≥ Q
II. Q > L
Statements:Â Â Â Â Â Â Â X @ Y % M % N; M $ P $ Z
Conclusions :     I. Y % Z               II. X @ N          Â...
