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| P | 9th Grade Science | Standard: 06 |
| Objective: 01. Analyze how geologic processes affect other Earth systems. | ||
| ILO: | 2g.Construct models and
simulations to describe and explain natural phenomena. 5a.Know science terminology appropriate to grade level. 5b.Know basic science facts appropriate to grade level. 5c.Understand science concepts and principles. |
|
Teacher Instructions:
Teacher Scoring Options:
* Pass/Fail, "All or Nothing" is one possibility
* X points for each success is one possibility
* A combination of both of the above options
* minimum required for passing grade is another possibility.
Materials (suggested):
*H2O *Modeling Clay *Sand *Cardboard pieces *butter tubs or flexible containers *paper *Glass slides *plastic spoons *other as inspired.....
Student Instructions:
Using the materials provided at your table design and
construct a model of one of the phenomena of Earth's crust listed
below. After you have created your model you will explain the
forces and the consequences of that Earth movement process. Each
student will select one of the following at random. All concepts
will be tested.
* Lateral Fault (Strike-slip)
* Normal Fault
* Reverse Fault
* Thrust Fault
* Liquefaction
* Folding
Your grade will be shared by all members at your table. Follow
verbal and written instructions carefully. Your success will
depend on your attentive class behavior, study, and group
cooperation.
| P | 9th Grade Science | Standard: 06 |
| Objective: 01. Analyze how geologic processes affect other Earth systems. | ||
| ILO: | 2e.Use categories to
classify observations. 2f.Evaluate causal inferences in terms of plausibility. 4d.Recognize the personal relevance of science in daily life. |
|
Earthquake Preparedness
When an earthquake hits, it could cause
tremendous damage. Gas lines may rupture, water lines could be
cut or contaminated, and utility lines could be down. Roads may
be damaged to such an extent that travel will be difficult or
impossible. Stores could be closed or inaccessible. The community
services (e.g. hospitals, fire department, etc. ) may be
overwhelmed or damaged. This may mean that they will not be able
to respond to your needs. You will have to be self-sufficient for
awhile.
Task:
Use the information in the above paragraph as a guide to prepare a 72 hour emergency kit. The kit should allow you to be completely self-sufficient for three days after an earthquake. When designing your kit, make sure that it is practical. Distinguish between NEEDS and WANTS while designing the kit.
Objective Skill: Students will be able to evaluate their personal earthquake preparedness.
Materials Needed: paper, pencil, and a realistic sense of urgency
Question:
Your neighbor claims that a recent addition to their home was damaged by an earthquake. You did not feel any tremors. What else could have caused the damage to your neighbors home?
Scoring Guide:
Question: Give 1 point per plausible cause of the damage. 72-hour kit: Use the following scoring guide and the attached "master page" to assess the students' 72 hr. kits.
Give the student 1 point for every item they list that can also be found on the "Master pages"
Subtract 1 point for every frivolous item that would be classified as a WANT.
BONUS ( Extra Credit ) Parental signature indicating that this kit has been constructed and placed in the home.
Three-Day Survival Pack -- Master pages
Top of the Barrel
Flashlight and radio with batteries
First Aid Kit, including:
Middle of the Barrel
Water (4 liters (about 1 gal) per person)
Three-day supply of food
Suggested foods (1/2 lb. per person):
|
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Bottom of the Barrel
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Infant supplies, if necessary Equipment Other Clothing |
All rights reserved except those which may be
granted under Sections 107 and 108 of the Copyright Revision Act
of 1976. This document may be freely distributed in its entirety
for non-profit purposes provided that the copyright notice is not
removed. If you have questions concerning proper use of this
material, or if you are interested in obtaining permission,
contact the Curriculum Section Reception Desk at 801-538-7698.
This document was submitted for posting to the Internet by the
State Science Specialist. Any questions concerning content should
be directed to that individual.
Updated September 19 1997 by Michelle Dumas