How can you launch a rocket into space from the surface of the Earth if gravity always exerts a force pulling the rocket down? A. The acceleration of system is still equal to g even though it goes into space B. Gravity does not matter in space, and therefore you do not have to account for its acceleration when launching a rocket C. Newtons second law does not hold for a non-inertial reference frame D. The propulsion of the rocket exerts a force greater than the force of gravity
How can you launch a rocket into space from the surface of the Earth if gravity always exerts a force pulling the
rocket down?
A. The acceleration of system is still equal to g even though it goes into space
B. Gravity does not matter in space, and therefore you do not have to account for its acceleration when launching a rocket
C. Newtons second law does not hold for a non-inertial reference frame
D. The propulsion of the rocket exerts a force greater than the force of gravity
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