why doesnt the earth fall into the sun despite the gravitational pull?\na the earth is too far from the sun…

why doesnt the earth fall into the sun despite the gravitational pull?\na the earth is too far from the sun to be affected by its gravity.\nb the suns gravity is too weak to pull the earth closer.\nc the earths speed and direction create a balance with the suns gravity.\nd the earth is moving in a straight line away from the sun.

why doesnt the earth fall into the sun despite the gravitational pull?\na the earth is too far from the sun to be affected by its gravity.\nb the suns gravity is too weak to pull the earth closer.\nc the earths speed and direction create a balance with the suns gravity.\nd the earth is moving in a straight line away from the sun.

Answer

Brief Explanations:

The Earth moves in an orbit around the Sun. The gravitational pull of the Sun acts as a centripetal force, and the Earth's forward - moving velocity creates a balance. This balance keeps the Earth in a stable orbit instead of falling into the Sun or moving away in a straight line.

Answer:

C. The Earth's speed and direction create a balance with the Sun's gravity.