Make a graph of the position of one of the particles in the x-y plane.

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Learning Goal: I’m working on a applied physics question and need support to help me learn.Six particles of mass 1kg are evenly spaced along a circle of radius 1 m. Masses exert a gravitational force of attraction proportional to thesquare of the distance between the masses. Consider the gravitational constant G = 1 Nm2/kg2.
Initially the particles have a velocity of magnitude 0.1 m/s, counterclockwise,
tangent to the circle. It is asked:
a) The free-body diagram of the six masses.
b) The equation of motion for each mass.
c) Solve the differential equations of the item above numerically.
d) Make a graph of the position of one of the particles in the x-y plane.
Requirements: Accurate

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