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 earths curvature.\nthe object is traveling too fast to match earths 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 earths curvature.\nthe object is traveling too fast to match earths curvature.

Answer

Answer:

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

Explanation:

Step1: Understand orbital motion

For an object to orbit Earth, it must have sufficient horizontal velocity to continuously “fall around” the Earth as it moves forward.

Step2: Analyze the speed

The required speed for a low - Earth orbit is typically around 7800 m/s. The given object is moving at 6500 m/s, which is less than the required speed. So, it is not traveling fast enough to match Earth's curvature and stay in orbit.