Elemental
Heroes WebQuest
|
| An
Internet WebQuest on Elemental Heroes |
| created
by Mrs. Farrar and Ms. Hammer |
Triway
High School
Kent State
University
TRWY_HAMMER@TCCSA.NET
| Introduction
| The Task | The Process & Resources | Conclusion |
HyperText Dictionary |
|
| Introduction |
| You
have a great new job -- designing comic books! Finally, no one
will yell at you for reading them instead of your science
book! But the problem is you need to come up with a new
superhero to replace those tired ones Marveless has been
printing. What to do, what to do. |
|
| The
Quest |
| You
will research the physical and chemical properties of one
element from the periodic table and design a superhero to
represent it. The superhero should have powers that
demonstrate or coincide with the properties of the element.
You will create the hero and his/her costume, along with a
PowerPoint presentation containing six slides explaining the
powers of your hero. |
|
| The
Process and Resources |
1.
Research the element using the websites listed below or any of
the other resources available in the library. Learn as much as
possible about your element!
2. Condense all your
information onto the score sheet. This will be turned in as
part of your grade.
3. Complete your hero's costume and
poster, advertising why we want to know more about him/her.
Make it exciting and colorful!
4. Be ready to present
or display PowerPoints in class. They will be graded and will
follow late work penalties.
|
| Phase
1 - Background: Something for Everyone |
| Use
the Internet information linked below to answer the basic
questions. |
| *
Comic elements -- Good starting point. No
copies! |
| *
Webelements -- Interactive Periodic Table |
| *Los
Alamos Periodic Table |
| *
more periodic table |
| *
even more periodic table |
| Phase
2 - Looking Deeper from Different Perspectives |
INSTRUCTIONS:
1. Individuals or pairs from your larger WebQuest team
will explore one of the roles below.
2. You will all
work toge ther as part of the assignment. No one person can
piggyback their way into a good grade.
3. Grades will
be divided as to amount of work done and witnessed in class.
All late penalties apply.
|
| Researcher |
Use
the Internet information linked below to answer these
questions specifically related to Researcher:
1. What
is our element's history? 2. How did it get its name? 3. What
interesting information can we share about our element?
|
| Illustrator |
Use
the Internet information linked below to answer these q
uestions specifically related to Illustrator:
How can
these properties be represented in a costume or pictorial way?
|
| Chemist |
Use
the Internet information linked below to answer these
questions specifically related to Chemist:
1. What
specific properties are unique to our element? 2. What
properties does it share with other elements?
|
| Technology
Expert |
Use
the Internet information linked below to answer this questions
specifically related to Technology Expert:
How can we
display the informa tion in our Power Point so it is
Interesting?
|
| Phase
3 - Debating, Discussing, and Reaching Consensus |
| Now
put together all your noggins and come up with your plan. Work
on it together, and make sure we can understand it. Do Not
Plan on Reading your PowerPoint. BORING! |
| Phase
4 - Real World Feedback |
You
and your teammates have learned a lot by dividing up into
different roles. Now is the time to put your learning into one
unique Superhero. These will be shown to the class and graded
as to the following rubric: *Contai ns at least ten
physical or chemical properties of the element *Superhero
is presented neatly and correctly in the poster *Score
sheet contains data on the element representing two days'
worth of work *Power point contains six slides and explains
the element well *Group does not read powerpoint
presentations to class * Students will work in library
both days and is not disruptive to other groups *On
time *All members contribute to project and divide points
fairly Your Contact is: th e designated
contact |
|
| Conclusion |
| You
should now be an expert on one element from the periodic
table. Hopefully, you found this activity to be worthwhile and
informative as well . I look forward to grading your heroes
and learning their special properties. |
|
| Additional
Resources: |
BOOKS Non
Fiction |
The
Association. The High School Chemistry Tutor Research and
Education
Association 2nd. Ed., Rev. print Piscataway,
N.J. : 1991.
Gray, Leon.Tin. New York: Benchmark
Books/Marshall Cavendish, 2004. 32 p.
Heiserman, David
L. Exploring Chemical Elements and Their Compounds 1st ed.
Blue
Ridge Summit, PA : Tab Books, 1992. vii, 376 p. :
ill. ; 25 cm.
Jackson, Tom. Flu orine. New York :
Benchmark Books, 2004. 32 p.
|
Jackson,
Tom. Fluorine. New York : Benchmark Books, 2004. 32 p.
Levi, Primo. The Periodic Table; translated from the
Italian by Raymond Rosenthal.
New York: Schocken
Books, 1984. 233 p.
Levi, Primo. The Periodic Table:
translated from the Italian by Raymond Rosenthal ;
with an introduction by Neal Ascherson. N ew York :
Alfred A. Knopf, 1996. 241 p.
Morris, Richard. The
Last Sorcerers: The Path from Alchemy to the Periodic Table.
Washington, D.C. : Joseph Henry Press, 2003. 282 p.
|
Oxlade,
Chris. Elements and Compounds. Chicago, Ill.: Heinemann
Library, 2002.
48 p.
|
Oxlade,
Chris. Metals. Chicago: Heinemann Library, 2002. 48 p.
Puddephatt, R. J. The Periodic Table of the Elements.
Oxford: Clarendon, 1986. 100 p.
Stwertka, Albert. A
Guide to the Elements. New York: Oxford University Press 1996.
238
p. : ill. (some col.) ; 29 cm.
Thomas,
Jens. Noble Gases. New York: Benchmark Books, 2003. 32 p.
|
Tweed,
Matt. Essential Elements : Atoms, Quarks, and the Periodic
Table. New York:
Walker & Co., 2003. 58 p.
Watt, Susan. Silver. New York: Benchmark Books, 2003.
32 p.
Woodford, Chris. Potassium. New York: Benchmark
Books, 2003. 32 p.
Woodford, Chris Titanium. New York:
Benchmark Books, 2003. 32 p.
|
| Fiction |
Minichino, Camille. The Carbon Murder : A Periodic Table
Mystery. New York : Thomas
Dunne Books/St. Martin's
Minotaur, 2004. 258 p.
Turrell, Kerry. Tungsten, New
York: Benchmark Books/Marshall Cavendish, 2004. 32 p.
|
| E-Books: |
Horvitz, Leslie Alan.
Eureka! : Scientific Breakthroughs that Changed the World. New
York:
J. Wiley, 2002. 246 p.
|
| Sound
Recordings: |
Feynman,
Richard P. "The Feynman Lectures on Physics. [sound
recording]: New York:
Basic Books ; [Pasadena :
California Institute of Technology, 2003]
|
| Video
Recording: |
"The
Atom." [videorecording. Wings for Learning ; Educational Film
Center ; University of
Maryland, 1990. 1 videocassette
(30 min.) : sd.,col.; 1/2 in. + materials in
notebook.
"Atomic Structure and The Periodic Table."
[videorecording] . Niles, Il: United Learning,
1998. 1
videocassette (18 min.) : sd.,col.; 1/2 in. + teacher
guide.
|
| Multi-media: |
"Multimedia
Chemistry." [el ectronic resource]. Las Cruces, NM : Pro One
Software:
SofSource, n.d. 1 computer laser optical
disc.
|
Background
Information; Lesson Procedures:
|
Accommodations/Modifications: Students
may work in pairs to complete the packet.
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