A satellite orbiting around the Earth at a distance equal to the Earth's radius R from...

 

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A satellite orbiting around the Earth at a distance equal to the Earth's radius R from the surface, has a constant speed v and period T. If this satellite orbited with a constant speed at a distance equal to the Earth's diameter 2R from the surface, -. What would its speed be? (a) 3/2v (b) v/2 (c) 201 (d) 2/3 v1 . What would its period be? (a) T/2 (b) (3/2) /2 T (c) 4 T (d) 2 T (e) 4 v (e) (2/3)/2 T ME m R m R A satellite orbiting around the Earth at a distance equal to the Earth's radius R from the surface, has a constant speed v and period T. If this satellite orbited with a constant speed at a distance equal to the Earth's diameter 2R from the surface, -. What would its speed be? (a) 3/2v (b) v/2 (c) 201 (d) 2/3 v1 . What would its period be? (a) T/2 (b) (3/2) /2 T (c) 4 T (d) 2 T (e) 4 v (e) (2/3)/2 T ME m R m R

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When a satellite orbits around the Earth its speed and period are determined by its distance from th... View the full answer