Mech VelocityHW-42. Below is a position versus time graph of the motion of an object that has varying velocity. Wewill analyze this graph in detail around t = 2 s and x = 2 cm.a. In the interval from t=0 s tot = 6 s, does the object move withnearly constant velocity or withdefinitely varying velocity?Explain.1Table of x and tvalues betweent = 1.5 s and t=2.5 s(to be plotted ongraph at right)x (cm)t(s)1.51.61.71.81.92.02.12.22.32.42.53.252.962.692.442.212.001.811.641.49Position (centimeters)1.361.25Position (centimeters)1083.43.23.02.82.62.42.22.01.81.61.41.2642b. In the small box on the graph above is a portion of the graph that corresponds to the motionfrom t= 1.5 s to t=2.5 s..Graph of position versus timefor object moving along straight-line pathThe position and time coordinates for points in this small interval are given in the followingtable. Plot these points on the graph below to obtain an expanded view of this small interval.11.423 4Time (seconds)1.6Expanded graph of position versus timefor object moving along straight-line path5H1.8 2.0Time (seconds)2.2624 2.6

Name: Mech VelocityHW-42. Below is a position versus time graph of the moti
Uploaded: 2024-03-05T11:56:34.000Z
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Description: Mech VelocityHW-42. Below is a position versus time graph of the motion of an object that has varying velocity. Wewill analyze this graph in detail around t = 2 s and x = 2 cm.a. In the interval from t=0 s tot = 6 s, does the object move withnearly