Rules for the Rube Goldberg Project
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Your machine must be started by pulling a string
10 to 20
centimeters with a force of 2 to 5 newtons.
-
The last act of your machine must be to pull a
string 10
to 20 centimeters with a force of 2 to 5 newtons.
-
Your Rube Goldberg Machine must include at least
4 of the
6 simple machines.
-
Your Rube Goldberg Machine must have at least 10
steps.
-
A "step" consists of one part of the machine
causing another
part of the machine to move in a way that helps to complete
the task of
the machine. (Click here for a
more complete
explanation.)
-
Every machine will have the same first step:
"Something pulls
a string, which ..."
-
Every machine will have the same last step:
"..., which pulls
a string."
-
It is not necessary to give your machine a base
or a frame;
however, if your machine does have one, the base and frame
must not
exceed the dimensions 0.70 m wide, 1.00 m tall, and 1.50 m
long.
-
Your Rube Goldberg Machine must actually work.
It does not
matter how clever your design is if you are not able to make
it work.
-
You will also produce a typed paper with a
complete explanation
of each step in your Rube Goldberg Machine.
-
You will produce index cards with schematic diagrams showing how each of the simple machines which you incorporated into your project (for a grad) develop their mechanical advantage.
-
You will be required to do some of the work on
this project
in class. After the initial planning day, you must bring
all of the
current parts of your machine with you to class on class work
days.
-
Your completed Rube Goldberg Machine will be due
a few days before spring break. (Your specific due date
depends on your bell, see the Important
Dates
page.)
-
You may not use any part of the Mousetrap Game
or any other
pre-designed "crazy contraption" type game. (You may
use parts
from a Lego, Tinker Toy, or Erector set, or any other generic
build-your-own
toy.)
-
You must take your Rube Goldberg Machine and all of its parts off campus during Spring Break.
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You must take your Rube Goldberg Machine and all of its parts off campus promptly after it is presented to the school.
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