Final answer:
The correct option is D.
The displacement-time graph for a soccer ball kicked to a goalie and back would show displacement increasing as the ball moves away and then decreasing as it returns. This graph would be similar to the displacement-time graph of a hockey puck in a similar situation.
Step-by-step explanation:
The question seems to be asking about the pattern of a displacement-time graph for a soccer ball being kicked between two players. Considering a defensive player kicks the ball to the goalie and then it is returned, the displacement of the ball changes direction after it reaches the goalie. Therefore, the graph would start at the origin, move in a positive direction as the ball travels toward the goalie, and then the displacement would decrease back to zero as the ball is returned to the defensive player.
The general shape of this graph would be similar to that of the displacement-time graph of a hockey puck as described in the previous question. In both cases, the object moves away from the starting point and then returns, resulting in a graph that shows displacement increasing and then decreasing back to the origin.