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Inbred lines based single cross hybrid is heterozygous and homogeneous. Composites are heterozygous and heterogeneous General combining ability of the component lines are tested for development of synthetic cultivar.
Statements: H > S ≥ V ≥ I; T ≤ G = I; U < J ≤ T
Conclusions:
I. S > J
II. U < I
III. H ≥ G
Statements: V ≤ R ≥ Q; R ≤ N < Y; I > Y ≤ S
Conclusions:
I. V ≤ S
II. I > Q
III. S > N
Statements: Q # N, N % S, S * U, U # M
Conclusions:
I. Q # S
II. Q * S
III. N % M
Statements: V ≥ W > X = Y, C > D = E ≥ V
Conclusions :I. E ≥ W
II. D ≥ Y
III. C > V
...Statement: T > U ≥ V; T ≤ W = X; I > U
Conclusion: I. U < X II. I > T
Statements: D = E ≥ G = K, O > B ≤ C = K, E ≤ I < F
Conclusions: I.F > K II. I ≥ G
...Statements: D > E ≥ I > G; L = F < H ≤ G; L > J
Conclusions:
I. E > J
II. L ≤ D
III. I ≥ F
Statements: M % N, N & A, A @ B, B # C
Conclusions: I. C & A II. M # B
...Which of the following symbols should replace (1) and (2) respectively in the given expression in order to make the expression N > P definitely true?
Statements: Q > R ≥ L = O ≤ M > S = T ≤ N
Conclusion
I: N ≤ L
II: N > L
