Teacher Instructions
Final Project
As a final activity for this project, students will
design and build structures capable of remaining stable during an earthquake
on the least stable substrate.
Students will be given a budget with which to buy specific materials.
Their towers must be at least 25cm high and have a volume of at least 200cm3.
Student Budget:
$120.00
Material/Price List
Project Description There are four parts to this project: |
-Describe the project including specifications of height and volume.
-Give students a copy of materials/price list. Make sure students
are aware of the existence of a budget but do not give them a dollar
amount at
this point!! Not having a buget will
give the students the opportunity to modify their proposal based upon cost--an
experience often encountered in the "real
world".
-Students will independently design a proposal for a structure following
the guidelines above (We plan to assign this as homework). These
structures will be shared
with their group and the teacher will check for
quality of work (see Assessment Strategies).
-Give students budget.
-Students will operate in the same teams as in Phase I of this project.
-Each team of students must then come up with one proposal operating
within the given budget. These proposals must include a scale drawing
(blueprint), a list of
materials used, the cost of these materials and a convincing
oral presentation discussing why their building is the best structure.
These proposals will be shared with
the class and the teacher will check for quality of work (see
Assessment
Strategies).
-Give each team of students $120.00 to
spend on materials (you can use play money).
-Students will build their structures according to their blueprints,
buying and using materials provided by the teacher.
-Teacher will check designs against the Team Proposal (see Assessment
Strategies).
-Team structures will be tested, one at a time, for stability using
the same apparatus as in Phase I.
-Structures will be tested once at 15o, 30o,
45o, 60o, 75o and 90o until
the structure falls.
-The blueprints for the structure(s) remaining upright at the greatest
angles will be submitted for publication at this web site.
-Teacher will assess the quality of the Team Structures (see Assessment
Strategies).
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