Archimedes identified this quantity as the opposite of buoyancy, and Aristotle reasoned that the speed of a falling object was proportional to this quantity. Newton related inertia to this quantity; its unit is named for him. The value of this quantity for an object on the (*) moon is about one sixth of its value for the same object on earth. For 10 points, name this quant
Archimedes identified this quantity as the opposite of buoyancy, and Aristotle reasoned that the speed of a falling object was proportional to this quantity. Newton related inertia to this quantity; its unit is named for him. The value of this quantity for an object on the (*) moon is about one sixth of its value for the same object on earth. For 10 points, name this quantity that is the force exerted on an object by gravity.
Archimedes identified this quantity as the opposite of buoyancy, and Aristotle reasoned that the speed of a falling object was proportional to this quantity.