The inertial mass of a particle is, by definition, the mass that appears in Newton's second law. Consider free fall of a particle with gravitational mass mo and inertial mass m' near the surface of a homogeneous planet having gravitational mass MC and radius R. Express the gravitational acceleration a of the particle in terms of these quantities. (Neglect any frictional forces.)

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The inertial mass of a particle is, by definition, the mass that appears in Newton's
second law. Consider free fall of a particle with gravitational mass mº and inertial
mass m' near the surface of a homogeneous planet having gravitational mass MC and
radius R. Express the gravitational acceleration a of the particle in terms of these
quantities. (Neglect any frictional forces.)
Transcribed Image Text:The inertial mass of a particle is, by definition, the mass that appears in Newton's second law. Consider free fall of a particle with gravitational mass mº and inertial mass m' near the surface of a homogeneous planet having gravitational mass MC and radius R. Express the gravitational acceleration a of the particle in terms of these quantities. (Neglect any frictional forces.)
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