Gravitational mass is the property of an object that determineshow strongly it attracts other objects through gravity: Force of attraction = G * (mass of object #1) * (mass of object #2) / (distance between them)^2 F = (G M 1 M 2 )/d 2 Inertial mass is the property of an object which determines how fast it accelerates when acted upon by a force: acceleration = (Force applied) / (inertial mass) As far as could be determined, the value of the gravitational mass of an object is equal to the value of its inertial mass.
(the property of; determineshow; an object) (the value of the gravitational mass of an object; is; equal to the value of its inertial mass) (an object; determines; it accelerates when acted upon by a force) Context(an object determines,List([269, 295))):(it; accelerates; T:when acted upon by a force) (an object; is equal to; the value)
an object determines,List([269, 295))
the property of the value of the gravitational mass of an object an object it an object
determineshow is determines accelerates is equal to
an object
equal to the value of its inertial mass
it accelerates when acted upon by a force
T:when acted upon by a force
the value