Write a program in MATLAB in script and save as single.m. While submitting your work in MATLAB publish the file and upload the published file into WT class Newtons law of universal gravitation tells us that the force exerted by one particle on another is =122 Where, the universal gravitational constant G is found experimentally to be G = 6.673 10-11 N m2/ kg2 The mass of each particle is m1 and m2, respectively, and r is the distance between the two particles. a) Use Newtons law of universal gravitation to find, the force exerted by the earth on the moon, assuming that, 1. the mass of the earth is approximately 6 1024 kg, 2. the mass of the moon is approximately 7.41022 kg, and 3. the earth and the moon are an average of 3.9108 m apart. b) We know that the earth and the moon are not always the same distance apart. Based on the equation in the previous problem (1), find the force the moon exerts on the earth for 10 distances between 3.8 108 m and 4.0108 m. c) Create a table of your results obtained in the previous problem (2.b)