Question

In the position versus time graph above, how far does the object travel in the first 35 seconds?

Options:
a) 50 meters
b) 75 meters
c) 100 meters
d) 125 meters

Answer 1

The object travels 100 meters in the first 35 seconds according to the position versus time graph.

Step-by-step explanation:

The distance traveled by an object in the first 35 seconds can be determined by looking at the position versus time graph. In this type of graph, the position is shown on the vertical axis (y-axis) and time is shown on the horizontal axis (x-axis). To find the distance traveled, we need to look at the change in position (Δy) between the starting point and the point at 35 seconds. We follow the line on the graph, which represents the object's position, and find that it crosses the y-axis at 100 meters. Therefore, the object travels 100 meters in the first 35 seconds.