Each time the man stopped and took a break, what happened to the line on the Velocity-Time Graph (Red Graph). Explain why.
If the man stopped and took a break, the line on the Velocity-Time Graph (Red Graph) would become a horizontal line at zero velocity. This is because velocity is defined as the rate of change of an object's position with respect to time. When the man stops and takes a break, his position does not change, thus his velocity becomes zero. This is represented by a horizontal line on the Velocity-Time Graph.
When the man stops and takes a break, the line on the Velocity-Time Graph (Red Graph) will become a flat horizontal line at the velocity of zero. This is because velocity is defined as the rate of change of displacement over time. When the man is not moving and taking a break, his displacement remains constant, leading to zero velocity.
To explain why this happens on the Velocity-Time Graph, we need to understand how such a graph is created. The Velocity-Time Graph shows how an object's velocity changes over time. The slope of the graph represents the object's acceleration, while the y-axis represents the velocity, and the x-axis represents time.
In this case, when the man stops and takes a break, he is not moving, meaning his velocity is zero. If we plot this on the Velocity-Time Graph, the line representing the man's velocity will be flat (horizontal) at zero velocity. This makes sense because during the break, the man's velocity does not change since he is not traveling any distance or changing position.
Therefore, on the Velocity-Time Graph, each time the man stops and takes a break, the line representing his velocity will become a flat horizontal line at zero velocity.
Each time the man stopped and took a break, the line on the Velocity-Time Graph (Red Graph) remained at zero, indicating that the man's velocity was zero during those periods.
This happens because velocity is a measure of the rate at which an object changes its position over time. When the man stops and takes a break, he is not changing his position; hence, his velocity is zero.
On the Velocity-Time Graph, the line represents the man's velocity at different points in time. As long as the man remains stationary during his breaks, his velocity stays at zero, resulting in a horizontal line on the graph. This indicates that there is no change in his position during those breaks and his velocity remains constant at zero until he starts moving again.