main step onlv ( brieflv) Short explanation needed6A film of a dragster doing a 400 m run from astanding start yields the following positions at1 second intervals.2.5 22.5 40 62.5Figure 19.2190[ii][i] Draw a displacement-time graph of itsmotion.Answer.Use your graph to help you to sketch[a] the velocity-time graph[b] the acceleration-time graph.6 [i]displacement150100500(ii) (al(ms)44020a (ms)122.50502[b]22160 Distance446 R8time (s)time (s)

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6 A film of a dragster doing a 400 m run from standing start yields the following positions at 1 second intervals. 2.5 22.5 40 62.5 10 TIT Figure 19.21 90 ↓ [ii] 122.5 160 Distance (m) [i] Draw a displacement-time graph of its motion. Use your graph to help you to sketch [a] the velocity-time graph [b] the acceleration-time graph.

6 A film of a dragster doing a 400 m run from standing start yields the following positions at 1 second intervals. 2.5 22.5 40 62.5 10 TIT Figure 19.21 90 ↓ [ii] 122.5 160 Distance (m) [i] Draw a displacement-time graph of its motion. Use your graph to help you to sketch [a] the velocity-time graph [b] the acceleration-time graph.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter2: One Dimensional Motion

Section2.2: Motion Diagrams

Problem 2.1CE: In each of the five motion diagrams shown in Figure 2.4, a particle moves in space from position A...

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