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Project Summary and Template:
Day 1 (Tuesday, October 22nd):
- Pick a Topic:
- Look over the list on the Lib Guide and do some searching to get to know the topics
- Find a video on resources explaining your demonstration and have it approved by Steve
- Find an Online Resource:
- Use the Resources on the right of the Lib Guide for help
- Copy and Paste the url from the website into your word document.
- Make a list of materials (in your word doc)
Day 2 (Thursday, October 24th):
- Brainstorm some questions related to your demonstration and our Driving Question "Why do fluids behave the way they do?"
- Write them in your doc
- You should at least three good questions each (questions that take explanation not simple answers)
- Research your Topic:
- Copy and paste this "Frayer Model" Template into your word doc
- Complete the Model (Check out this example or talk to Steve or Mrs. Woolgar for help)
- We recommend using these resources as a starting point:
- Your text book (look up the word in the index in the back to see what page you can find more information on)
- World Book
- Other resources from the Lib Guide
- Critique Your Resource:
- Copy and paste the questions from the CAARDSS evaluation into your word document.
- Complete the questions
- Think about the questions you just came up with - does this resources answer your questions
- Go back to your resources and answer your Questions from Day 2 part 1 (if you haven't already).
- Plan Your Demonstration:
- Get ready to explain your demonstration using. Think about:
- The Driving Question "Why fluids behave the way they do".
- Your Questions
- Your Frayer Model
- Upload your word doc to Steve
- Make sure all three parts are in one word doc (you may want to use this if its getting messy).
- Make sure the word doc has your name at the beginning (for example, "SteveC_fluid demonstration")
- Go to http://dropitto.me/stevechase and use the password "fluidstuff" to bring up the upload options.
- Upload the file (I'll get it back to you with comments for Thursday)
Here is a Kinetic Molecular Theory animation for you: http://preparatorychemistry.com/KMT_flash.htm
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