What’s the answer to question 13 and 14? ab | S xS Gravity in Space WS | Schoology xK 2.5 Gravity in Space.docM Inbox (2,392)- 2023davisidalisr xeb.kamihq.com/web/viewer.html?file=https%3A%2F%2Faaps.schoology.com%2Fattachment%2F1744295819%2Fsource%2Fe5b65ac588CA My Drive 2.5 Gravity in Space.doc100%13. If Peto the ship. What force would the jetpack have to exert to give Pete an acceleration of 5m/s??tumbled off the ship during his spacewalk, he would be able to use his jetpack to returnSHOW YOUR EQUATION & WORK!14. Pete finally returns safely to Earth. He goes out for dinner with his girlfriend Petra. Petra'smass is 500 kg. Do Pete and Petra experience the same force of gravity? Do they experiencethe same acceleration due to gravity?Reference1 pound = 0.45 kgW = mgg = 9.8 m/s?F = maa = F/mm = FlaEE Physics In Space! Newton's Laws In ActionPete the Polar Bear weighs 1,434 pounds on Earth.Planet or MoonEarthLuna1.6 m/s2MarsJupiter23.6 m/s?Saturn10.1 m/s2Acceleration Due to Gravity9.8 m/s23.8 m/s?

As mass of Pete is 1434 pounds therefore his mass in kg M=1434 lb×0.45 kg/lbM=645.3 kg

13. If Pete tumbled off the ship during his spacewalk, he would be able to use his jetpack to return to the ship. What force would the jetpack have to exert to give Pete an acceleration of 5 m/s?? SHOW YOUR EQUATION & WORK! 14. Pete finally returns safely to Earth. He goes out for dinner with his girlfriend Petra. Petra's mass is 500 kg. Do Pete and Petra experience the same force of gravity? Do they experience the same acceleration due to gravity?

13. If Pete tumbled off the ship during his spacewalk, he would be able to use his jetpack to return to the ship. What force would the jetpack have to exert to give Pete an acceleration of 5 m/s?? SHOW YOUR EQUATION & WORK! 14. Pete finally returns safely to Earth. He goes out for dinner with his girlfriend Petra. Petra's mass is 500 kg. Do Pete and Petra experience the same force of gravity? Do they experience the same acceleration due to gravity?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter4: Newton's Laws Of Motion

Section4.2: The Laws Of Motion

Problem 4.3QQ: Respond to each statement, true or false: (a) No force of gravity acts on an astronaut in an...

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