What happened to the line on the Position-Time Graph (Blue Graph) when the man returned to the 0 meters? Explain why.
When the man returned to the 0 meters on the position-time graph, the line representing his movement would intersect or touch the x-axis at that point. This is because the x-axis on a position-time graph represents the time and the y-axis represents the position. When the man returned to the 0 meters, it means he reached the starting point or the origin of the graph.
At this point, the slope of the line on the graph would be zero. This is because the slope represents the rate of change of position with respect to time. When the man returns to the initial position, his position does not change over time, resulting in a horizontal line with a slope of zero.
To determine what happened to the line on the Position-Time graph when the man returned to 0 meters, we need to understand what a position-time graph represents. A position-time graph shows the relationship between an object's position and time. The x-axis represents time, while the y-axis represents the position.
When the man returns to the 0 meters on the Position-Time graph (blue line), it means that his position at that time is back to the starting point. This corresponds to the y-axis value of 0.
In terms of the graph, when the man is at 0 meters, the blue line would intersect or touch the x-axis at that point. This indicates that at the specific time represented on the x-axis, the man's position is precisely at 0 meters.
The reason the line on the Position-Time graph (blue graph) intersects or touches the x-axis at 0 meters is because the x-axis represents time and the y-axis represents position. Since the man has returned to the starting point, his position is back to 0 meters.
To find out what happened specifically to the line on the graph, you would need to analyze the slope or direction of the line leading up to the point where the man returned to 0 meters. This would give you insights into the man's motion during that time period.