Can someone check my work 14)ot constont8 mlsmon4mlsfor 40 Sthenronondhe ronorbackto his Storhng posihion.4mist. Gosec8m'sSpeed x ime4 x40=distonce160mbackGorng160 m =20 రంcOncls60 seconstotol k me =40+20 =d+J = ad= ac160) =32om60 sec320mmls.iTorall distance =16cristonce%3Dovg Speedimedistance blw in ikal ĘDisplacementfioal posib0%3Dmiormumomomisdisplacementaug velocity -50 Sechimedireckonnot defined 14. If a man ran at constant 4 m/s for 40 s and then he ran at 8 m/s back to his starting position.Insert below a screenshot of your worksheet which shows how you obtain final answer for each questiona. What was the total time of his run?b.What would be the total distance he covered?c. What would be his average speed?m/sd. What was his displacement at the end of his trip?e. What was his average velocity?m/s and direction (if any)

Answered: Image /qna-images/answer/824d65f7-f930-49a2-b94b-b280627a5bfc.jpg

14. If a man ran at constant 4 m/s for 40 s and then he ran at 8 m/s back to his starting position. Insert below a screenshot of your worksheet which shows how you obtain final answer for each question a. What was the total time of his run? b. What would be the total distance he covered? c. What would be his average speed? m/s d. What was his displacement at the end of his trip? e. What was his average velocity? m/s and direction (if any)

14. If a man ran at constant 4 m/s for 40 s and then he ran at 8 m/s back to his starting position. Insert below a screenshot of your worksheet which shows how you obtain final answer for each question a. What was the total time of his run? b. What would be the total distance he covered? c. What would be his average speed? m/s d. What was his displacement at the end of his trip? e. What was his average velocity? m/s and direction (if any)

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter29: Introduction To Quantum Physics

Section: Chapter Questions

Problem 65PE: The velocity of a proton in an accelerator is known to an accuracy of 0.250% of the speed of light....

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