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1. Based on Diagram 1, the point P is at a distance of r from an object with mass, M at X, and distance 2r from an object with mass, M at Y. Berdasarkan Rajah 1, titik P berada pada jarak r dari jasad berjisim M di titik X dan jarak 2r dari jasad berjisim M di tiok Y. Diagram 1/ Rajah 1 All the following will happen to an object placed at P except Kesomua yang berikut akan bertaku padu objek yang diletakkan di P kecual A remain stationary. kekal pegun. B pulled by object at X. ditarik oleh objek di X. C pulled by object at Y. ditarik oleh objek di Y. D move to X. bergerak ke X.

1. Based on Diagram 1, the point P is at a distance of r from an object with mass, M at X, and distance 2r from an object with mass, M at Y. Berdasarkan Rajah 1, titik P berada pada jarak r dari jasad berjisim M di titik X dan jarak 2r dari jasad berjisim M di tiok Y. Diagram 1/ Rajah 1 All the following will happen to an object placed at P except Kesomua yang berikut akan bertaku padu objek yang diletakkan di P kecual A remain stationary. kekal pegun. B pulled by object at X. ditarik oleh objek di X. C pulled by object at Y. ditarik oleh objek di Y. D move to X. bergerak ke X.

College Physics
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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Objective questions 1. Based on Diagram 1, the point P is at a distance of r from an object with mass, M at X, and distance 2r from an object with mass, M at Y. Berdasarkan Rajah 1, tik P berada pada jarak r dari jasad berjisim M di titik X dan jarak 2r dari jasad berjisim M di tiik Y. the rocket from P when the resultant gravitational force on it is zero? Sebuah roket bergerak dari P ke Q. Apakah jarak roket dari Papabila daya paduan tarikan gravilti adalah sifar? A 0.45x C 0.60x B 0.50x D 0.65x 3. The gravitational force of attraction acting on a satellite on the surface of the earth of radius R is F. What is the gravitational force on the satellite at altitude 2R from the surface of the earth? Diagram 1/ Rajah 1 All the following will happen to an object placed at P except Kosomua yang berikut akan bertaku padu abjek yang dietakkan di P kecuall A remain stationary. kokal pegun. B pulled by object at X. ditarik oleh objek di X. C pulled by object at Y. ditarik oloh objek di Y. D move to X. bergerak ke X. Daya tarikan graviti pada satelt yang berada di permukaan bumi dengan jejari R ialah F. Apakah daya tarikan graviti terhadap satelit tersebut yang berada pada ketinggian 2R dari permukaan bumi? 2. Based on Diagram 2, P and Q are two planets of masses 2m and 3m. Both separated by a distance of x. Berdasarkan Rajah 2, P dan Q adalah dua planet berjisim 2m dan 3m. Kedua-duanya dipisahkan dengan jarak x 4. Why does the Earth stay in orbit around the Sun? Mengapakah Bumi kokal dalam orbit mengelingi Matahan? 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. 2m 3m Tarikan graviti oleh Motahari pada Burni adalah sama magnitud tetapi bertentangan arah dengan tarikan graviti oleh Bumi pada Matahari. B The gravitational pull of the Sun on the Earth acts Diagram 2 / Rajah 2 A rocket travels from P to Q. What is the distance of as the centripetal force.
Transcribed Image Text:Objective questions 1. Based on Diagram 1, the point P is at a distance of r from an object with mass, M at X, and distance 2r from an object with mass, M at Y. Berdasarkan Rajah 1, tik P berada pada jarak r dari jasad berjisim M di titik X dan jarak 2r dari jasad berjisim M di tiik Y. the rocket from P when the resultant gravitational force on it is zero? Sebuah roket bergerak dari P ke Q. Apakah jarak roket dari Papabila daya paduan tarikan gravilti adalah sifar? A 0.45x C 0.60x B 0.50x D 0.65x 3. The gravitational force of attraction acting on a satellite on the surface of the earth of radius R is F. What is the gravitational force on the satellite at altitude 2R from the surface of the earth? Diagram 1/ Rajah 1 All the following will happen to an object placed at P except Kosomua yang berikut akan bertaku padu abjek yang dietakkan di P kecuall A remain stationary. kokal pegun. B pulled by object at X. ditarik oleh objek di X. C pulled by object at Y. ditarik oloh objek di Y. D move to X. bergerak ke X. Daya tarikan graviti pada satelt yang berada di permukaan bumi dengan jejari R ialah F. Apakah daya tarikan graviti terhadap satelit tersebut yang berada pada ketinggian 2R dari permukaan bumi? 2. Based on Diagram 2, P and Q are two planets of masses 2m and 3m. Both separated by a distance of x. Berdasarkan Rajah 2, P dan Q adalah dua planet berjisim 2m dan 3m. Kedua-duanya dipisahkan dengan jarak x 4. Why does the Earth stay in orbit around the Sun? Mengapakah Bumi kokal dalam orbit mengelingi Matahan? 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. 2m 3m Tarikan graviti oleh Motahari pada Burni adalah sama magnitud tetapi bertentangan arah dengan tarikan graviti oleh Bumi pada Matahari. B The gravitational pull of the Sun on the Earth acts Diagram 2 / Rajah 2 A rocket travels from P to Q. What is the distance of as the centripetal force.
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