Can You Graph Stop and Go Traffic in Rush Hour?

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In heavy rush-hour traffic, a vehicle travels at 12 mph for 1.5 minutes, stops for 3.5 minutes, and then drives at 15 mph for 2.5 minutes. A velocity versus time graph is recommended for visualizing this scenario, as it allows for calculating distance by determining the area under the graph. Additionally, a distance versus time graph can also be utilized, where the slope represents velocity. By plotting the different segments based on their respective speeds and durations, both graphs can effectively illustrate the stop-and-go nature of rush-hour traffic. These graphical representations provide valuable insights into traffic patterns and vehicle movement during peak hours.
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In heavy rush-hour traffic you drive in a straight line at 12 for 1.5 minutes, then you have to stop for 3.5 minutes, and finally you drive at 15 for another 2.5 minutes.

How would u graph this
 
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A velocity versus time graph would be useful. You can find distance on it by doing the area under the graph.
So would a distance versus time graph. The slope on this graph is the velocity, so you could draw the graph knowing the slopes of the two parts.
 
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