B 4. Assume the earth to be a sphere of radius 6.40 x 10' km and mass 600 x 10" kg (0-66T x 10). A satellite takes 150 minutes to complete one circuit of the earth. (a) Calculate the height of the satellite, in km, above the earth's surface (b) Find the speed of the satellite in km's (c) Deduce the angular speed of the satellite. Given R 640x10'A M 6.00-10"ke G-66710 A T-150 min Reguired: (a) h-? (b) v-7 (c) 10:05 1 LTE Send a chat
B 4. Assume the earth to be a sphere of radius 6.40 x 10' km and mass 600 x 10" kg (0-66T x 10). A satellite takes 150 minutes to complete one circuit of the earth. (a) Calculate the height of the satellite, in km, above the earth's surface (b) Find the speed of the satellite in km's (c) Deduce the angular speed of the satellite. Given R 640x10'A M 6.00-10"ke G-66710 A T-150 min Reguired: (a) h-? (b) v-7 (c) 10:05 1 LTE Send a chat
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Transcribed Image Text:B 4. Assume the earth to be a sphere of radius 6.40 x 10 km and mass 6.00 x 10 kg (0-667
x 10), A satellite takes 150 minutes to complete one circuit of the earth.
(a) Calenlate the height of the satellite, in km, above the earth's surface.
(b) Find the speed of the satellite in km/s.
(c) Deduce the angular speed of the satellite.
Given:
R 640x10'k
M 6.00 x 10"ke
G-6.6710 N
T-150 min
Required:
(a) h-2
(b)
(c)
GAM
10:05 1
Send a chat
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