R ? K ...(i) K > M ...(ii) M ? J ...(iii)
From (i) and (ii) J and K can't be compared. Hence I does not follow.
From (i) and (ii) R ? K > M or K > M or M < R.
Hence II is true but III (M = R) is not.
B ? K ...(i) K < F ...(ii) F = W ...(iii)
Combining these we get B ? K < F = R
Hence R > K and I follows
Again R > B and II follows.
Also, F > B III follow.
W = K ....(i) K < F ...(ii) D > F ...(iii)
Combining these we get W = K < F < D
Hence D > K and I follows
Again D > W and II follows. Also, F > W
Hence III (F ? W) does not follow.
N ? T ...(i) T > N ...(ii) N < R ...(iii)
From (i) and (ii) N ? T. Hence II (N ? K) does not follow. From (iii) and (iv) no relationship can be established a between K and R. Hence I does not follow.
N ? D ...(i) D ? N ...(ii) K > A ...(iii)
Obviously none of these in equations can be combined.
D ? N ...(i) R = F ...(ii) F > T ...(ii)
From (i) and (ii) D ? R = F or D ? F or F ? D.
Hence either I (F = D ) or II (F > D) follows
From (ii) and (iii) R = F > T or R > T or T < R.
Hence III follows.
R > B ...(i) B ? N ...(ii) N < T ...(iii)
From (i) and (ii) R > B ? N or N < R
Hence I is true
From (ii) and (iii) B and T can't be compared.
Hence III does not follow. Nor does III subsequently.
W ? K ...(i) K > R ....(ii) R = N ...(iii)
Combining these we get W ? K > R = N
Hence N < K and I follows
Again R < W and II follows.
And, W > N III follows.
H ? W ..(i) W < N ...(ii) R = N ...(iii)
Combining these we get H ? W < N = R
Hence R > W and I follows
Again N > W and II follows
And, H < R III follows
Z = M ...(i) M ? F ...(ii) F > D ...(iii)
From (i) and (ii) Z = M ? F or F ? Z ...(iv)
Hence either F = Z (I is true) or F > Z (II follows)
From (iii) and (iv) no relationship can be established between D and Z Hence III does not follow.
D < K ...(i) K = F ...(ii) F ? B ...(iii)
From (i) and (ii) D < K = F or F > D
Hence I is true
From (ii) and (iii) K = F ? B or B ? K. Hence either II
(B < K) or (B = K) is true
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