In this project, students will design and build a Rube Goldberg machine that illustrates the concept of energy transfer through a series of simple machines and actions.
A series of connected actions in a Rube Goldberg machine will successfully transfer energy to complete a task.
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Brainstorm and sketch a design for the Rube Goldberg machine.
Gather all materials needed for the machine.
Set up a series of dominoes to initiate the chain reaction.
Place marbles in a path that will roll and knock over cups.
Use wooden blocks to create ramps or barriers for the marbles.
Incorporate string to create levers or pulleys in the design.
Test each section of the machine to ensure it works.
Assemble the entire machine and make adjustments as needed.
Record the energy transfer process as the machine operates.
The Rube Goldberg machine should successfully transfer energy through various actions to complete a task, demonstrating basic physics principles.
Design of the machine
Success in completing the task
Type of materials used, Environment where the machine operates
Ensure the workspace is clear of hazards and that all materials are securely assembled.
Create a video of the machine in action.
Explain each step of energy transfer during the presentation.
Use visuals to illustrate the machine's design.
Engage the audience with a live demonstration if possible.
It's a complex contraption that performs a simple task through a series of chain reactions.
Yes, but it's more fun and collaborative with a group!
Common tasks include ringing a bell, turning off a light, or pouring a glass of water.
