To determine who is opposite E, we need to visualize the arrangement. If A is left of B, and C is right of D, we can deduce that B is opposite E.

The transitive property does not apply in sports; thus, we cannot conclude the relationship between Player A and Player C.

The ranking order is D > A > B/C > E. Since A is higher than B and C, D is ranked first, making A second.

The order from left to right is E, C, A, D, B. Therefore, A is sitting in the middle.

The correct order is T, S, R, Q, P based on the given conditions.

The order of scores is R > P > Q and T > S > P. Thus, T is the highest scorer.

The author suggests that practicing decision-making in various contexts can help improve selection-making skills.

The total number of matches is calculated using the formula n(n-1)/2, where n is the number of teams. Here, it is 16(15)/2 = 120.

Since A is to the left of B and C is to the right of A, it follows that C is to the left of B.

Winning percentage is calculated as wins/(wins + losses). Here, it is 10/(10+2) = 10/12 = 83.33%.

Disqualification typically results in a ban from future participation in tournaments.

Scoring 30 points indicates that the player performed above the team's average of 25 points.

Points = (2 wins * 3 points) + (3 draws * 1 point) + (1 loss * 0 points) = 6 + 3 + 0 = 9 points.

Since A cannot sit next to B, C, D, or E can be seated next to A. Therefore, C is a valid option.

Since W is to the immediate left of Y and Y is to the immediate right of Z, Y must be in the middle of the arrangement.

P is between Q and R, which means Q is on one side of P and R on the other. Since S is opposite T, the only person next to R must be P.

The arrangement is B-A-C. The person sitting opposite B would be E.

The arrangement is E-D-F. The person sitting opposite E would be I.

If L is to the right of M, and N is to the left of L, we can deduce that H is sitting opposite M.

With M between N and O, and P opposite M, N will be to the left of P.

The arrangement is Q-P-R. Therefore, P is sitting next to R.

With R between S and T, and U opposite R, T will be to the right of U.

Given that T is next to U and V is opposite T, W must be next to V.

Since X is between Y and Z, and W is opposite Y, the only person who can be next to W is Z.

Since P is between Q and R, the arrangement can be visualized as Q-P-R. If S is opposite P, then T and U must be next to S. Thus, R is next to S.

Since A is in chair 1, B in chair 2, and C in chair 3, B is indeed sitting in the middle.

Since Book C is to the right of Book D, it must be true that Book D is to the left of Book C.

If Team A wins 60% of its matches, then in 9 matches, it wins 0.6 * 9 = 5.4, which rounds to 6 matches.

Removing the first sentence would eliminate important context, weakening the argument presented.

Since Team X scored more points than Team Y, Team X won the game.