Please complete question 3 and 4 TanKSSMF4030Tthe rocket from P when theTorikan graviti oleh Mataharipada Bumi bertindak sebagaidaya memusat.C The gravitational pull ofthe Sun on the Earth isresultant gravitational forceon it is zero?Sebuah roket bergerak dari Pke Q. Apakah jarak rokot dariPapabila daya paduan tarikangravili adalah sifar?A 0.45x C 0.60xB 0.50x D 0.65xnegligible.Daya tarikan graviti olehMatahari pada Bumi bolehdiabaikan.D The gravitational pullon the Earth by the Sun isbalanced by the centripetalforce on the Earth.3. The gravitational force ofattraction acting on a satelliteon the surface of the earthof radius R is F. What is thegravitational force on thesatellite at altitude 2R fromDaya tarkan graviti padaBumi oleh Mataharidimbangi daya memusatpada Bumi.the surface of the earth?5. Which of the following istrue about the gravitationalforce?Daya tarikan gravil padao satolityang berada di permukaan bumidengan jejari R lalah F. Apakahdaya tarikan graviti terhadapsatelit tersebut yang berada padaketinggian 2R dari permukaanbumi?Antara yang berikut, yangmanakah benar tantang dayatarikan graviti?A Gravitational force ofa planet on an object isdirectly proportional tomass of the planet only.Daya tarikan graviti suatuplanet pada suatu objokborkadar langsung denganjisim planet sahaja.B The effect of distancebetween two objects isless than the effect of4. Why does the Earth stay inorbit around the Sun?Mengapakah Bumi kokal dalamorbit mengelingi Matahari?A The gravitational pullof the Sun on the Earthis equal in magnitudebut opposite to thegravitational pull of theEarth on the Sun.mass on gravity.Jarak antara dua objekmemberi kosan yang lebihbesar pada tarikan gravitiberbanding dengan kesanjisim.C Gravitational force isinversely proportionalto distance between twoTarikan graviti oleh Mataharipada Burmi adalah samamagnitud tetapi bertentanganarah dengan tarikan gravitioleh Bumi pada Matahari.B The gravitational pull ofthe Sun on the Earth actsas the centripetal force.objects.Daya tarikan gravil berkadarsongsang dengan jarakantara dua objek.

The given questions are based on gravitational forces.

3. The gravitational force of attraction acting on a satellite on the surface of the earth of radius Ris F. What is the gravitational force on the satellite at altitude 2R from the surface of the earth? Daya tarikan graviti pade satolit yang berada di permukaan bumi dengan jejari R ialah F. Apakah duya tarikan graviti terhadap satelit tersebut yang berada pada ketinggian 2R dari pemukaan bumi? 4. Why does the Earth stay in orbit around the Sun? Mengapakah Bumi kekal dalam orbil mengelingi Matahar? A The gravitational pull of the Sun on the Earth is equal in magnitude but opposite to the gravitational pull of the Earth on the Sun. Tarikan greviti oleh Matahari pada Bumi adalah sama magnitud tetapi bertentangan arah dengan tarikan graviti oleh Bumi pada Matahari B The gravitational pull of the Sun on the Earth acts as the centripetal force.

3. The gravitational force of attraction acting on a satellite on the surface of the earth of radius Ris F. What is the gravitational force on the satellite at altitude 2R from the surface of the earth? Daya tarikan graviti pade satolit yang berada di permukaan bumi dengan jejari R ialah F. Apakah duya tarikan graviti terhadap satelit tersebut yang berada pada ketinggian 2R dari pemukaan bumi? 4. Why does the Earth stay in orbit around the Sun? Mengapakah Bumi kekal dalam orbil mengelingi Matahar? A The gravitational pull of the Sun on the Earth is equal in magnitude but opposite to the gravitational pull of the Earth on the Sun. Tarikan greviti oleh Matahari pada Bumi adalah sama magnitud tetapi bertentangan arah dengan tarikan graviti oleh Bumi pada Matahari B The gravitational pull of the Sun on the Earth acts as the centripetal force.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter10: Systems Of Particles And Conservation Of Momentum

Section: Chapter Questions

Problem 76PQ: A single-stage rocket of mass 308 metric tons (not including fuel) carries a payload of 3150 kg to...

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