Show how you obtained the radius in your report. from your graph you have this in units of jupiter's radius. how big is jupiter's real radius, in meters? look it up and include that in your report. you must include the reference! record the actual semi-major axes of the moons in meters. you will then convert this distance into astronomical units (au). record your conversion factor and your referen ee riods of the monsdays europa period of orbit: 10 days europa days callisto daysdays ganymede convert your findings to years. years europayears ganymede years callisto choose any one of the moons and describe clearly and in detail how you got the period and show your calculations. attach addition paper as needed.) part ii: orbital radii years jupiter's radius reference: meters; meters, reference orbital radii: in jupiter radii (jr) io jr ganymede orbital radii: in meters jr europa r callisto m europa m ganymede_m callisto- orbital radii: in astronomical units au europa au ganymede au callisto- choose any one of the moons and describe clearly and in detail how you got the radius and show your calculations. attach addition paper as needed.) part iii: mass of jupiter jupiter's mass: in solar mass units (mo) using 10: - europa: using ganymede: average value (use this space to show a sample calculation for one of the moons. attach addition paper as needed.) convert from solar mass units to kilograms: mo using mo mo using callisto: mo kg; reference: mass of jupiter kg: reference: average mass of jupiter actual mass of jupiter: kg (accepted value) kg (your value) percent error: (explain how you converted the mass of jupiter from solar mass units to kilograms, how you got your percent error and show your calculations. attach addition paper as needed.)