Students will then use their derived rotation curve with the same data to determine both the molecular mass and the total gravitational mass of the Galaxy, as well as some gross properties of the Galactic molecular cloud distribution.
(Students; will use; their derived rotation curve; with the same data; to determine both the molecular mass and the total gravitational mass of the Galaxy, as well as some gross properties of the Galactic molecular cloud distribution; T:then) Context(Students will use,List([0, 22))):(Students; will use their derived rotation curve to determine; both the molecular mass and the total gravitational mass of the Galaxy, as well as some gross properties of the Galactic molecular cloud distribution)
Students will use,List([0, 22))
Students Students
will use will use their derived rotation curve to determine
their derived rotation curve with the same data to determine both the molecular mass and the total gravitational mass of the Galaxy, as well as some gross properties of the Galactic molecular cloud distribution T:then
both the molecular mass and the total gravitational mass of the Galaxy, as well as some gross properties of the Galactic molecular cloud distribution