The following table shows the distance from the sun of some unknown planets of equal mass. Distance from Sun Planet Distance from Sun W 1.5 AU X 0.723 AU Which of the following best explains which planet revolves at a faster speed? Planet X, because the sun pulls it with a greater force Planet W, because the sun pulls it with a greater force Planet W, because the gravitational force is weakened by distance Planet X, because the gravitational force is strengthened by distance

Planet X, because the gravitational force is strengthened by distance.

Explanation:

According to Kepler's law, planets that are closer to the sun, such as planet X, are able to move much faster than planets that are far away. This occurs for shorter distances, between the sun and the planet, provides a very high gravitational force that interferes with the rate of movement of the planet, making it faster.

For this reason, we can say that in relation to the question above, planet X moves faster because the gravitational force is strengthened by distance.

1. is geographic distribution

2 is increasing complexity

3 is transitional forms