The figure below shows three particles arranged in the xy plane with their positions drawn to scale. Without any additional information about the masses of the particles or the angles shown in the figure, which statement below MUST be true? ty Im1 A O m3 Om2 O The net gravitational force on my has a positive x-component and a negative y-component. O The net gravitational force on my has a positive x-component and a positive y-component. O The net gravitational force on my has a negative x-component and a positive y-component. O The net gravitational force on my has a negative x-component and a negative y-component.The figure below shows three particles arranged in the xy plane with their positions drawn to scale. Without any additional information about the masses of the particles or the angles shown in the figure, which statement below MUST be true? ty O m2 Om3 O The x-component of the net gravitational force on my must be negative. O The y-component of the net gravitational force on my must be negative. O The x-component of the net gravitational force on my must be positive. O The y-component of the net gravitational force on my must be positive.Suppose you have two masses that are initially separated by a distance of 510 mm. 1What happens to the magnitude of the gravitational force between the masses if the distance between them is decreased by a factor of 2.00? O The magnitude of the force between the particles is increased by a factor of 2.00. O The magnitude of the force between the particles does not change. D The magnitude of the force between the particles is increased by a factor of 4.00. O The magnitude of the force between the particles is decreased by a factor of 4.00. O The magnitude of the force between the particles is decreased by a factor of 2.00. Four particles are fixed along a line in the cy plane as shown in the figure below. Each particle is separated by the same distance to adjacent particles. In the diagrams below, let F be the force exerted on my by the ith particle. Which of the diagrams below shows a free-body diagram for me? m10 m20 m3 O m40 F1 FA F1 FA F2 F 2 F2 F 2 FA F1 FA F1 O O O OThe magnitude of the gravitational force between two point maaaeo Separated by a diatance of 62.0 cm i5 3.40 \"N. lfthe ma55e5 are moved 5o that they are aeparated by a diotance of 36.0 cm; what i5 the magnitude of the gravitational force they exert on each other after they have been moved? 04.33 \"N O 2.33 \"N O 14.5 \"N O 24.9 \"N O 3.40 \"N