What prevents the gravity of the sun to pull all of the planets towards it?(1 point)
Responses
the planets' speed as they orbit the sun
the planets' speed as they orbit the sun
the sun's weak gravity
the sun's weak gravity
the size and shape of the planets around the sun
the size and shape of the planets around the sun
the large distance of the planets from the sun
the large distance of the planets from the sun
The correct response is:
the planets' speed as they orbit the sun
All of the above factors contribute to preventing the gravity of the sun from pulling all of the planets towards it.
The correct answer is the large distance of the planets from the sun.
The force of gravity between two objects decreases as the distance between them increases. The planets in our solar system are located at a significant distance from the sun, which means that the gravitational pull exerted by the sun on them is weaker compared to if they were closer. This allows the planets to maintain their orbits without being pulled directly towards the sun.
To arrive at this answer, you can start by understanding the concept of gravity and how it works. Gravity is the force of attraction between two objects with mass. The strength of gravity depends on the mass of the objects and the distance between them.
Next, you need to consider the factors that affect the gravitational force between the sun and the planets. The speed of the planets' orbit and the sun's weak gravity are not the primary factors preventing the planets from being pulled towards the sun. Instead, it is the large distance of the planets from the sun that primarily counteracts the gravitational force.
Therefore, the correct answer is the large distance of the planets from the sun.