Can you please do 2-5. Thank you L02.04cThe figure shows a different representation of the five types of motion shown inthe videos. This plot exhibits the velocity vs time relationship for each type ofmotion shown as colored traces on the plot. Note that the colors and markersare not the same as in the position vs time plots. Using your calculations of thebest fit slopes, match each of these traces to the motion they describe. There is ahigher resolution version of this figure in the folder where you found this activity.It's under the link for "Figure: summary v vst plot"12sptian oneaption twa04aption threeD.2D.Oaption four-0.2-0404aption five-1.0D.D12202412TimeVelacity vs time with the positive direction defined te be away fom et towand. the detector All questions share the same set of answerswers:A) magenta, disc marker - option oneB) lavender, disc marker - option twoC) ight blue, disc marker - option threeD) lime, disc marker - option fourE) olive, disc marker - option five1) Which trace on the plot describes the cart when it is standing still?2) Which trace on the plot describes the cart when it is moving away from thedetector slowly?3) Which trace on the plot describes the cart when it is moving away from thedetector quickly?4) Which trace on the plot describes the cart when it is moving toward thedetector slowly?5) Which trace on the plot describes the cart when it is moving toward thedetector quickly?

Given : Five different velocity vs time graphs of a cart. Asked to answer 2 to 5

All questions share the same set of answers: A) magenta, disc marker - option one B) lavender, disc marker - option two C) light blue, disc marker - option three D) lime, disc marker - option four E) olive, disc marker - option five 1) Which trace on the plot describes the cart when it is standing still? 2) Which trace on the plot describes the cart when it is moving away from the detector slowly? 3) Which trace on the plot describes the cart when it is moving away from the detector quickly? 4) Which trace on the plot describes the cart when it is moving toward the detector slowly? 5) Which trace on the plot describes the cart when it is moving toward the detector quickly?

All questions share the same set of answers: A) magenta, disc marker - option one B) lavender, disc marker - option two C) light blue, disc marker - option three D) lime, disc marker - option four E) olive, disc marker - option five 1) Which trace on the plot describes the cart when it is standing still? 2) Which trace on the plot describes the cart when it is moving away from the detector slowly? 3) Which trace on the plot describes the cart when it is moving away from the detector quickly? 4) Which trace on the plot describes the cart when it is moving toward the detector slowly? 5) Which trace on the plot describes the cart when it is moving toward the detector quickly?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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A ship leaves a poor at 2o'clock on May 4. The ship is traveling at 28 knots on a bearing of 035. The next day at 4:15 the ship Pulls into its first stop. After unloading part of its contents and treating the crew to breakfast at Denny's the captain again said cell at 6:30. Due to the lighter load the captain Kranks the speed up to 45 knots heading due West. The ship arrives at its final stop exactly 24 hours later. The crew quickly unloads the ship in 30 minutes. With an empty ship the captain steer the ship home at a whopping 60 knots b) how far do the ship travel altogether on this trip c) what was the bearing when it's heading home
Can you please answer question 2 and 3
i just need help with parts d and e and e, so the last 3
Could i please get help with the remainder two questions please (d and e) thank you