Two objects are in Free Fall, so both objects can be considered weightless. Object A has a much smaller mass than Object B. An equal force is applied to both objects. A. Object A will accelerate more than Object B because B has greater inertia than A B. Object B will accelerate more than Object A because B has less inertia than A C. Both will accelerate at the same rate because they are weightless D. Both will accelerate at the same rate because there is no inertia in outer space E. This is a trick question. Objects have no mass in outer space A hammer is accidentally thrown out of the starship Enterprise. Now that the hammer is moving, there is no additional force applied. After a short time A. The hammer will come to an abrupt stop B. The hammer will change direction C. The hammer will continue moving with the same speed and direction D. The hammer will slow down E. There is not enough information to answer this question.View keyboard shortcuts
Two objects are in Free Fall, so both objects can be considered weightless. Object A has a much smaller mass than Object B. An equal force is applied
to both objects.
A. Object A will accelerate more than Object B because B has greater inertia than A
B. Object B will accelerate more than Object A because B has less inertia than A
C. Both will accelerate at the same rate because they are weightless
D. Both will accelerate at the same rate because there is no inertia in outer space
E. This is a trick question. Objects have no mass in outer space
A. The hammer will come to an abrupt stop
B. The hammer will change direction
C. The hammer will continue moving with the same speed and direction
D. The hammer will slow down
E. There is not enough information to answer this question.View keyboard shortcuts
As a communication satellite orbits the earth, it moves at a constant speed. This is an example of
A. Motion that is not accelerated
B. Constant velocity
C. An object that has no force applied to it
D. Accelerated motion
E. None of the above
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