Each time the man stopped and took a break, what happened to the line on the Position-Time Graph (Blue Graph). Explain why.
Each time the man stopped and took a break, the line on the Position-Time Graph (Blue Graph) would become horizontal (i.e., it would have zero slope). This is because when the man stops and takes a break, his position remains constant over time, leading to a flat line on the graph.
In the Position-Time Graph, the slope of the line represents the velocity or speed of an object. A positive slope indicates motion in the positive direction, a negative slope indicates motion in the negative direction, and a horizontal line indicates no motion (zero velocity).
When the man stops and takes a break, he is not moving. His position does not change during that time, meaning he is at rest. Therefore, the line on the graph becomes horizontal to represent this lack of movement.
To understand what happens to the line on the Position-Time Graph (Blue Graph) when the man stops and takes a break, we need to consider the concept of position-time graph and how it represents the motion of an object.
A position-time graph is a graphical representation that shows the position or displacement of an object over time. The horizontal axis of the graph represents time, and the vertical axis represents the position or displacement of the object.
When an object is at rest or not moving, its position remains constant over time. This is represented on the position-time graph as a horizontal line. In the case of the man taking a break, when he stops moving, there will be a corresponding period on the graph where the position remains constant. This break in motion will be shown as a flat or horizontal line on the graph.
So, to answer your question, when the man stops and takes a break, the line on the Position-Time Graph (Blue Graph) would become a horizontal line because the man's position remains constant during the break.