Man on a Flatbed: Inertia Prediction

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SUMMARY

The discussion centers on the principle of inertia as it applies to a scenario involving a man dropping a baseball from a flatbed railcar moving at a constant velocity. The correct prediction, based on Newton's first law of motion, is that the ball will land directly below the drop point on the railcar (Option B). This conclusion is drawn from the understanding that both the man and the ball share the same horizontal velocity as the railcar at the moment of the drop, thus maintaining that velocity due to inertia.

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Homework Statement



A flatbed railcar is moving at a slow but constant velocity. A man stands in the railcar, facing sideways (perpendicular) to the motion of the railcar. The man holds a baseball at arm's length and drops it onto the railcar bed. Where does the principle of inertia predict that the ball will land?

A. slightly behind the drop point
B. directly below the drop point on the railcar
C. Need to know the speed of the railcar
D. slightly in front of the drop point on the railcar


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The Attempt at a Solution

 
Physics news on Phys.org
so, what do you think inertia is about?
Do you think that the ball won't fall?
tell us what you're thinking!
 

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