what might happen to the objects orbiting the sun if the gravity of the sun was decreased by half? the…

what might happen to the objects orbiting the sun if the gravity of the sun was decreased by half? the objects closest to the sun would stay in orbit around the sun, though possibly in a different path or distance from the sun. while the objects further away from the sun would drift off in a straight line into open space. all objects that orbit the sun would be release from the suns gravitational pull, and they would all drift off into open space. all objects that orbit the sun would be pulled in closer to the sun to make up the difference in the new gravitational pull. objects further away from the sun would stay in an elliptical orbit. the objects closer to the sun would lose their orbit and drift in a straight line out into space.

what might happen to the objects orbiting the sun if the gravity of the sun was decreased by half? the objects closest to the sun would stay in orbit around the sun, though possibly in a different path or distance from the sun. while the objects further away from the sun would drift off in a straight line into open space. all objects that orbit the sun would be release from the suns gravitational pull, and they would all drift off into open space. all objects that orbit the sun would be pulled in closer to the sun to make up the difference in the new gravitational pull. objects further away from the sun would stay in an elliptical orbit. the objects closer to the sun would lose their orbit and drift in a straight line out into space.

Answer

Brief Explanations:

The gravitational force between the Sun and orbiting objects keeps them in orbit. A significant reduction in the Sun's gravity would affect objects differently based on their distance. Closer objects might still be bound but in a different orbit, while farther - away objects that rely more on the Sun's gravity to maintain their orbit would no longer be held and would move in a straight line away due to inertia.

Answer:

The objects closest to the Sun would stay in orbit around the Sun, though possibly in a different path or distance from the Sun. While the objects further away from the Sun would drift off in a straight line into open space.