questions 4 through 6 please Experiment 3 Uniform and Accelerated MotionINTRODUCTIONThe objectives of this experimentis to introduce the concepts of distance, displacement, velocity, andacceleration for straight-line motion and to use graphing techniques to analyze the relationshipsbetween these concepts. Briefly explain and give examples of the difference between distance traveledand displacement, speed and velocity. Indicate that the distance traveled and the displacement are thesame in this experiment since it is one dimensional motion. Students will need one or more practicetrials to acquaint themselves with all motion equations:The average velocity:レ+The distance d = V * tThe acceleration: a =Vf-VoAnswerthe following questions:1) What are(is) difference(s) between speed and velocity, distance and displacement according toyour understanding?2) Define instantaneous velocity?3) What do we mean by uniform linear motion?4) Calculate the average acceleration of an automobile that attains a velocity of 60 mi/h in 10 sstarting from rest.5) Is it possible for an object to have an acceleration of zero and a numerical value for velocity?Justify your answerwith an example.6) Is it possible for an object to have a velocity of zero and a numerical value for acceleration?Justify your answer with an example.O Speed is the time rate at which an object is moving alang a path, uelocity is thl rate t direction of an object's mavement. Distarhe totál path cavered by the body, while displacementis thlEhov test path cavered by the body) Instantaneous velocity is the average velocrty at a specific instarin fime, or aver an in'finitesimaly small time intervalUnrfurm linear motion refers to linear motion, for example: motiorlang a straight line, which is uniform, with constant velocity

4) Calculate the average acceleration of an automobile that attains a velocity of 60 mi/h in 10 s starting from rest. 5) Is it possible for an object to have an acceleration of zero and a numerical value for velocity? Justify your answer with an example. 6) Is it possible for an object to have a velocity of zero and a numerical value for acceleration? Justify your answer with an example.

4) Calculate the average acceleration of an automobile that attains a velocity of 60 mi/h in 10 s starting from rest. 5) Is it possible for an object to have an acceleration of zero and a numerical value for velocity? Justify your answer with an example. 6) Is it possible for an object to have a velocity of zero and a numerical value for acceleration? Justify your answer with an example.

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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