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Which sentence best describes the runner whose distance-time graph is shown? A. The runner ran forward for 2 seconds, and then backward for 2 seconds. B. The runner ran forward for 2 seconds, and then stood still for 2 seconds. C. The runner ran forward for 2 seconds, and then ran forward more slowly for 2 seconds. D.
The Distance-Time and Velocity-Time Graphs Gizmo includes that same graph and adds two new ones: a velocity vs. time graph and a distance traveled vs. time graph. The graph shown below (and in the Gizmo) shows a runner’s position (or distance from the starting line) over time.
4 cze 2019 · To calculate speed, divide the distance by the time. In the Gizmo, the units of speed are meters per second (m/s). In the first 2 seconds, how far did the runner go?
4 cze 2019 · The Distance-Time and Velocity-Time Graphs Gizmo includes that same graph and adds two new ones: a velocity vs. time graph and a distance traveled vs. time graph. The graph shown below (and in the Gizmo) shows a runner’s position (or distance from the starting line) over time.
Correct Answer: B. graph B. Which equation describes the fastest runner? A. distance=0.5⋅time. B. distance=0.33⋅time. C. distance=time. D. distance=2⋅time.
The Distance-Time Graphs Gizmo shows a dynamic graph of the position of a runner over time. The Distance-Time and Velocity-Time Graphs Gizmo includes that same graph and adds two new ones: a velocity vs. time graph and a distance traveled vs. time graph.
Study with Quizlet and memorize flashcards containing terms like Which graph shows that one runner started 10 yards ahead of the other?, Which graph shows both runners moving at the same velocity?, Which velocity-time graph matches this position-time graph? and more.
