Need help making a code in MATLAB for problem c. Gravitational force magnitude is (G*m1*m2)/r^2.

2. (40 Pts) It's the year 2075 and a space highway has been developed to ferry passengers and supplies from Earth to a Lunar colony. The transport vessel starts on the surface of the Earth, is launched, and lands on the surface of the Moon. The transport vessel has a mass of 3,142 kgs. (a) (5 Pts) What is the gravitational force magnitude (in newtons) between the transport vessel and the Earth in the moments leading up to launch? (b) (5 Pts) What is the gravitational force magnitude (in newtons) between the transport vessel and the Moon the moment the transport vessel lands on the Moon.? (c) (10 Pts) Plot the gravitational force magnitude (in newtons) between the transport vessel and the Moon as the transport vessel flies to Earth from the Moon. (d) (10 Pts) Plot the gravitational force magnitude (in newtons) between the transport vessel and the Earth as the transport vessel flies to Earth from the Moon. (e) (10 Pts) If the transport vessel follows a trajectory exactly along the Moon-to-Earth line, at what location does the magnitude of the two gravitational attractions become equal