a group of scientists is trying to launch an object into orbit, and the object is traveling at 6500 m/s…

a group of scientists is trying to launch an object into orbit, and the object is traveling at 6500 m/s. which best explains why the object will not successfully orbit earth?\nthere is not enough air resistance to keep the object moving.\nthere is not enough friction to keep the object moving.\nthe object is not traveling fast enough to match earth’s curvature.\nthe object is traveling too fast to match earth’s curvature.

a group of scientists is trying to launch an object into orbit, and the object is traveling at 6500 m/s. which best explains why the object will not successfully orbit earth?\nthere is not enough air resistance to keep the object moving.\nthere is not enough friction to keep the object moving.\nthe object is not traveling fast enough to match earth’s curvature.\nthe object is traveling too fast to match earth’s curvature.

Answer

Brief Explanations:

For an object to orbit Earth, it needs to travel at a speed that allows it to continuously "fall" around the curvature of the Earth. If it's too slow, gravity will pull it down. Air - resistance and friction are not the main factors for orbital motion in space.

Answer:

The object is not traveling fast enough to match Earth’s curvature.