Calculating Initial Velocity: Physics of Home Alone 2's Tool Chest Scene

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In the analysis of the tool chest scene from Home Alone 2, the initial velocity of the tool chest can be considered zero before it is pulled by the rope. Once the bad guys pull on the doorknob, the tool chest begins to accelerate down the stairs due to gravity. The calculation of its initial velocity would involve understanding the forces acting on it and the time it takes to start moving. The discussion emphasizes the importance of applying physics principles to accurately assess motion in cinematic scenarios. The scene serves as an engaging example for exploring concepts of acceleration and initial velocity in a practical context.
Caronica
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Hi,

My friend and I are doing a physics project that analyzes movie physics and we have a quick question. In Home Alone 2, the kid ties a doorknob to a tool chest on wheels that is a floor up. The bad guys pull on the doorknob and the tool chest starts falling down the stairs. How would we calculate the initial velocity of the tool chest after it gets pulled by the rope?
 
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Welcome to Physics Forums.

Answer to your question: Is it not 0? The tool chest accelerates down he stairs.
 

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