If that's true, then the strength of the gravitational forces between each planet and the star depends only on the distance between them ... the farther a planet is from the star, the smaller the gravitational forces are IF we're talking about planets with equal masses.
Planet-X is closer to the star, and Planet-Y is farther from it. From this we know that the gravitational forces between the star and Planet-X are greater, and the forces between the star and Planet-Y are smaller.
'A' says this.
'B' is totally absurd, because it talks about gravity repelling things.
'C' says exactly the opposite for the two planets.
'D' says that distance doesn't matter. We know this is absurd, simply because we're never pulled toward Jupiter in our daily life.
An object moving in certain direction with an acceleration in the perpendicular direction. The above condition is possible . Example of such situation in life would be when stone tied to a string whirling in a circular path
