Statement: M>T≤Z; T>Q ; X ≥R>Q

I. X ≥ M

II. Q < M

Statements:  P * R, M & N, R $ M

Conclusions:      a) P @ M              b) P $ M

Statement: B > C = J; B > S > E; B < N

Conclusion: I. E < C           II. J ≤ E

Statements:        X @ Y % M % N; M $ P $ Z

Statements: V ≤ R ≥ Q; R ≤ N < Y; I > Y ≤ S

Conclusions:

I. V ≤ S

II. I > Q

III. S > N

Statements: R % B, B & T, T @ E, E % G

Conclusions : I. T $ R II. R @ E III. B @ G

Statement: H > G = M > S ; G `>=`  T > L; M `<=`  F <  U

    Conclusion:  I. L > M                   II. G < U

How many such pairs of letter are there in the word TELEPHONE, each of which has as many letters between them in the word as in the English alphabet?

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

Conclusions:

I. B < E

II. G > E

III. I < B