This is a two-part problem, please leave comments under //

thank you for the help! problem is in the picture below:

1) The gravitational attractive force F between two bodies with masses m1 and m2 separated by a center-to-center distance r is given by the following formula Gm1m2 m.x Where G is the universal gravitational constant G-6.67384 x 10-11 Write a function that takes arguments for the masses of the two bodies and the distance between them and returns the gravitational force between them. You should use a locally defined constant variable G for the universal gravitational constant G. Test your function to find the gravitational force with the earth moon data below xample data Mearth 5.97219 x 104 kg Mmoon 7.34767x 102 kg Earth-moon distance (average) 363104 x 103 m F2.22 x 1020 N Use the earth moon data to verify your function 2"d part: Now improve your program by embedding your function in a complete program that asks the user to enter input for the masses and separation distance, and then calls your function to compute this. Finally, your program should allow the user to repeat this calculation as many times as they wish