Question 1: We would like to spy Russian army's movements around Ukrainian boarder. Assume we attached a very high-resolution camera to an object of mass 5035 kg that is situated at some height from earth surface just above Russian- Ukrainian boarder. (a) How high your object is situated? (b) What should be the orbital speed of the object so that spy camera captures all the Russian army's activities. Please use Mass of the earth as 6.0 x 1024 kg and radius of the earth as 6.4 x 106 m. (c) Will your object experience any force and acceleration? If not, you do not have to solve this problem, but if yes, provide me those numbers.

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Question 1: We would like to spy Russian army's movements around Ukrainian
boarder. Assume we attached a very high-resolution camera to an object of mass
5035 kg that is situated at some height from earth surface just above Russian-
Ukrainian boarder.
(a) How high your object is situated?
(b) What should be the orbital speed of the object so that spy camera captures all the
Russian army's activities. Please use Mass of the earth as 6.0 x 1024 kg and radius of
the earth as 6.4 x 106 m.
(c) Will your object experience any force and acceleration? If not, you do not have to
solve this problem, but if yes, provide me those numbers.
Transcribed Image Text:Question 1: We would like to spy Russian army's movements around Ukrainian boarder. Assume we attached a very high-resolution camera to an object of mass 5035 kg that is situated at some height from earth surface just above Russian- Ukrainian boarder. (a) How high your object is situated? (b) What should be the orbital speed of the object so that spy camera captures all the Russian army's activities. Please use Mass of the earth as 6.0 x 1024 kg and radius of the earth as 6.4 x 106 m. (c) Will your object experience any force and acceleration? If not, you do not have to solve this problem, but if yes, provide me those numbers.
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