Description of physical system help

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SUMMARY

The discussion centers on the description and classification of components in a Rube Goldberg machine, specifically two vertical levers with axles. The user, Tom, seeks clarity on terminology, ultimately concluding that "lever" is the appropriate term due to their pivot point, applied force, and resultant force. This understanding is crucial for accurately describing the mechanics involved, including energy transfer and force calculations.

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  • Basic understanding of mechanical levers and their components
  • Familiarity with physics concepts such as force, energy transfer, and torque
  • Knowledge of Rube Goldberg machines and their operational principles
  • Ability to interpret and analyze mechanical diagrams or images
NEXT STEPS
  • Research the principles of mechanical advantage in levers
  • Learn about the equations governing energy transfer in mechanical systems
  • Explore the dynamics of Rube Goldberg machines for creative design insights
  • Study the physics of pivot points and their influence on force and motion
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Engineers, physics students, hobbyists building Rube Goldberg machines, and anyone interested in mechanical design and energy transfer principles.

Edemardil
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This is not homework related and I am having some trouble with describing a part of a system. It is a Rube Goldberg machine. I have two vertical "levers" with axles in the middle of them. I'll post photos. I am really having trouble describing them more or less because I don't know what a good description of the objects them selves are. Are they levers? Latches? Hinges? Pendulums? This is keeping me from really describing them quantitatively because I am having trouble finding the right formulas for transferring energy, velocity, force all that, through that part.

Could someone help me or vaguely lead me to a direction to look for both items?

It is the yellow vertical poles that I am talking about.

Link to images: https://imgur.com/a/WZ04zCR

0uLMTAM


2Oylsy7
 
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From their action/usage, 'lever' would be the correct term.

Reasoning:
They have a point about which they pivot, an applied force and distance, and a resultant force and distance.

Cheers,
Tom
 

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