2.3 position vs. time graphs\n57. what kind of motion would create a position graph like the one…

2.3 position vs. time graphs\n57. what kind of motion would create a position graph like the one shown?\nposition vs. time\nposition (m)\n4.82\n4.8\n4.78\n4.76\n4.74\n4.72\n4.7\n4.68\n0\n0 5 10 15 20 25\ntime (s)\na. uniform motion\nb. any motion that accelerates\nc. motion that stops and then starts\nd. motion that has constant velocity

2.3 position vs. time graphs\n57. what kind of motion would create a position graph like the one shown?\nposition vs. time\nposition (m)\n4.82\n4.8\n4.78\n4.76\n4.74\n4.72\n4.7\n4.68\n0\n0 5 10 15 20 25\ntime (s)\na. uniform motion\nb. any motion that accelerates\nc. motion that stops and then starts\nd. motion that has constant velocity

Answer

Brief Explanations:

In a position - time graph, uniform motion (constant velocity) is represented by a straight - line graph. An accelerating motion would have a curved graph. The given graph is curved, which indicates a change in velocity over time. This is characteristic of any motion that accelerates.

Answer:

b. any motion that accelerates