Monday, January 26, 2015

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Journal EarEndth
Periods 1,5,9 - Due Wednesday, January 28th
Periods 2,7,8- Due Thursday, January 29th

Earth Changes TEST
Periods 1,5,9 on Wednesday, January 28th
Periods 2,7,8 on Thursday, January 29th 

Official Review Guide  due Tuesday, January 27th 
USE GOOGLE DOC CONCEPT TERM SHEETS TO HELP YOU
Copy and answers below 








Journal EarENDth

The following are the essential questions that drove the knowledge, understanding, and application of activities within the Earth Science unit. Respond to each question in your entry.

1-How do scientists support observations that the Earth has three interior layers (crust, mantle, core)?
2-Why do we know that continents once were all connected together in a single land mass called Pangaea? What evidence supports Pangaea?
3-What changes have occurred to Earth over time and how do these changes impact today, tomorrow, and the future?


Answers for Official Review Guide

1. Continental Crust
2. Oceanic Crust
3. Mantle
4. Outer Core
5. Inner Core



2. Due to the intense heat and pressure.

3. Constructive forces help build up the Earth and the various landforms.  Destructive forces destroy the Earth and the various landforms.

4.  Inner Core Similarities Outer Core
Solid nickel and iron intense heat molten or liquid   nickel and iron
                                                      center region

Lithosphere Similarities      Asthenosphere
upper part of   largest part soft layer floats
mantle of interior on lithosphere 
rigid

5. All continents were once linked together as Pangea but have since drifted apart due to continental drift.

6. Evidence includes- fossils, climate, landforms/mountain ranges

7. Plates are in constant motion from the heating from the Earth’s mantle or core region.

8. Metamorphic, Igneous, Sedimentary

9.   Volcano      Earthquake

   Richter Scale
   Lava           Seismic Waves
   Magma Epicenter
   Composite Focus
   Pumice Magnitude
   Crater  

Ring of Fire- both

Supervolcano
Movie developed by the Discovery Channel

Supervolcano connects to the Earth Changes unit.
Summary- USGS scientists and researchers that work at Yellowstone collect data and use Vergil (prototype of Yellowstone) that predicts a VEI 8 eruption in the near future. The USGS scientists takes steps to inform the public, but the government does not want to cause chaos in the country. Unfortunately, the caldera under Yellowstone erupts causing a VEI 8, and USGS along with the government have to work together to handle this natural disaster today, tomorrow, and in the future.

During and after watching this movie, students will be able to:
1. Determine the cause and effect relationships during a VEI 8 volcanic eruption.
2. Identify the predictions and hypotheses that lead up to a VEI 8 volcanic eruption.
3. Evaluate the government and scientists plans for the evacuation and aftermath from the volcanic eruption.
4. Recount scientific Earth changes concepts such as: lava, magma, seismograph, Richter Scale, caldera, lava flow, pyroclastic flow.
5. Analyze from the scientific predictions and data if a Supervolcano eruption will occur at Yellowstone in the near future.

PowerStandards - 6th grade science

Standard 11 # 2
Plan and construct and test prototypes using technological design
Learning Target- Collect data for analysis
   Predict results of prototype (Vergil - in movie)
   Draw conclusions from qualitative and quantitative observations
Standard 13 #2
Apply and use of appropriate scientific tools and technological devices in inquiry or design investigations
Learning Targets- Identify appropriate scientific tools and technological devices in
     inquiry or design investigations

Standard 12 E #3
Analyze the process of our dynamic Earth and connect to present day environmental conditions
Learning Targets- Infer how plate movements have impacted populations, ecology,
     and Earth’s geological features
     Understand constructive and destructive forces
     Understand the location of frequent earthquakes and volcanoes
     that provide evidence for plate tectonics

  

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