Part A
A satelite is orbiting around the Moon at an altitude of 200 km above the lunar surface. Ignore the gravitational effects from the Earth on the satelite. Using the average distance
from the Moon's center to its surface is about 1740 km and mass of the Moon is 7.35 x 10$^{22}$kg, calculate the time it would take the satelite to complete on full revolution around
the Moon.
Express your answer using two significant figures.
Handwritten Solutions (Submitted into Canvas):
Write down your Givens and what you are asked to Find. Clearly define your coordinate system (+/- directions) and origin, draw the free body diagram, apply
Newton's 2nd Law, label all forces, and show how you obtained your equations and final answers. Show all steps and write down all equations used (not just
numbers). Show how you obtained your final answer(s) including diagrams, equations, algebra and geometry, appropriate units, and significant figures. Put a box
around your final answer(s).
