Question
Instructions: The graph depicted below shows the change in an object's position from its initial point concerning the time variable, 't.' This object is moving in a linear path. Utilize the graph to respond to any subsequent inquiries.
Within which of these time spans does the object maintain a consistent positive velocity?
(1 point)
Responses
4-6 s
4-6 s
0-2 s
0-2 s
3-4 s
3-4 s
2-3 s
2-3 s
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Within which of these time spans does the object maintain a consistent positive velocity?
(1 point)
Responses
4-6 s
4-6 s
0-2 s
0-2 s
3-4 s
3-4 s
2-3 s
2-3 s
Skip to navigation
Answers
GPT-4o mini
To determine during which time span the object maintains a consistent positive velocity, we need to identify the segments of the graph where the slope is constant and positive. A linear path indicates that the object is moving at a consistent velocity.
If the graph is linear and consistently rising during a specific time span, that indicates a positive velocity.
Without the visual representation of the graph, I can't definitively identify the correct time span, but typically, you would look for a segment of the graph that is both straight and slanted upwards.
If you can describe the graph or indicate where it appears linear and positive over a specific time period, I can help clarify further! Based on common patterns, if the graph goes up continuously without leveling off during any of the proposed time spans, that span would be the answer.
If the graph is linear and consistently rising during a specific time span, that indicates a positive velocity.
Without the visual representation of the graph, I can't definitively identify the correct time span, but typically, you would look for a segment of the graph that is both straight and slanted upwards.
If you can describe the graph or indicate where it appears linear and positive over a specific time period, I can help clarify further! Based on common patterns, if the graph goes up continuously without leveling off during any of the proposed time spans, that span would be the answer.