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PHYSICS
Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at that point, the tugs on the spaceship from each celestial body exactly cancel, leaving the craft 
physics hey damon one more please! =]
Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at that point, the tugs on the spaceship from each celestial body exactly cancel, leaving the craft 
physics
still cant get this one? so damon i know you wanna help! or anyone else im open for suggestions haha Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at 
Physics
Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at that point, the tugs on the spaceship from each celestial body exactly cancel, leaving the craft 
Physics
Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at that point, the tugs on the spaceship from each celestial body exactly cancel, leaving the craft 
Physics
I still cannot solve this problem: Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at that point, the tugs on the spaceship from each celestial body 
PHYSICSS!!!
still cant get this one? so damon i know you wanna help! or anyone else im open for suggestions haha Consider a spaceship located on the EarthMoon center line (i.e. a line that intersects the centers of both bodies) such that, at 
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A spaceship of mass 175,000 kg travels from the Earth to the Moon along a line that passes through the center of the Earth and the center of the Moon. At what distance from the center of the Earth is the force due to the Earth 
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please organize these into a paragraph ;astronaauts supposed to rest for eight hours, but too excited to rest ;astronauts easily hopped high because moon has less gravity than earth ;opened spaceship door 61/2 hours after landing 
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Imagine you are in a spaceship one million km from a black hole of mass kg. Initially you are flying directly away from it at a velocity of 16.9 km/s. Using the nbody approximation, what is your velocity one second later? Type