What To Do:
o
In your article summary, relate the
main topic(s) mentioned in the article to things you have experienced or
learned about in class. Describe/summarize the topics referred to in the
article and then include the facts and concepts about those topics that we have
learned in class.
o You should make a minimum of three detailed connections between the content of the article, and what we have discussed in class. When you make your connections, try to avoid simple or trivial connections such as: “The article talked about elements, and we learn about the elements in class for the TGIF quizzes.” Your summary should explain how the concept was used/referred to in the article AND what we have learned about the concept in class.
You should have one paragraph per connection. Make sure you are clear about what your three connections are!
How to upload your report:
Rubric for Grading Article
Summary Assignments (15 Points) |
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3 |
2 |
1 |
0 |
Making
Connections (3
connections x 3 possible points each = 9 possible points) Be sure to
have three connections between the
article and what we learned in class.
Points will be deducted for having less than three connections! |
- Main
chemistry concept from the article is summarized and related to what was
learned in class, and when (specific lab, video, lecture, etc.) - The
concepts we learned about in class are explained and
then stated how they relate to the article. -
Substantial detail and chemistry content is provided
when connecting the concept from the article to what we have learned in
class. |
- A chemistry concept from the article is
mentioned, but it either does not adequately reflect a main idea of the
article, how it relates to what has been covered in class, or when is has
been covered. - Minimal detail and chemistry content is provided
when connecting the concept from the article to what we have learned in
class. |
- A chemistry concept from the article is
mentioned, but no attempt is made to either relate the article topic to other
experiences or concepts talked about in class. - No detail and chemistry content is provided when
connecting the concept from the article to what we have learned in class. |
- No attempt was made to connect the article to
what has been discussed in class. |
|
6 |
4 |
2 |
0 |
MLA
Reference (6 possible
points) |
Article
is complete and referenced in proper MLA format. |
Reference
is in MLA format, but contains a minor error or two. |
Reference
has 3 or more errors in MLA format and/or missing substantial information. |
No
MLA reference was included in assignment. |
Examples |
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Example #1 Click here to read
actual article While the whole idea of binary
language and lasers is not really related to concepts we have talked about in
chemistry class, there are several concepts in this article that are.
The article used several metric prefixes when discussing the size of
things. It mentioned that the grooves in a CD were 0.5 micrometers
wide. In Unit 1, we learned that the prefix micro means "one
millionth", so that means that if we took one meter and divided it into
a million pieces each piece would one micrometer long. The grooves in
the CD are only half that wide! Also, it mentioned that the CD can hold
780 Megabytes of data. We learned that the prefix Mega means "one
million." Since bytes would be the base unit for data, which means
that each CD can hold 780 million bytes of information! Finally, the article talks about
the dye that turns dark and opaque when it is exposed to the high powered
light from a laser beam. This sounds to me like a chemical
reaction. In class we have learned that chemical reactions are always
accompanied by a change in energy. The laser beam is visible light
which is actually a form of energy. The energy from the beam must cause
a chemical reaction in the dye which causes it to change to a dark, opaque
substance. In the Chemical / Physical Changes Lab, we learned that a
change in color is usually evidence that a chemical change has
occurred. We can now conclude that this dye has now turned into a new
substance because it has new properties (dark and opaque), and thus evidence
of a chemical change. I am very curious as to what chemically happens when
the CD is erased in order to be written on again. Reference: Becker, Bob. "Question From the Classroom: How
Do CD Players Work?". ChemMatters.
December 2002: 2.
Example #2 I think this was an interesting
article. I never thought about this when I had fake nails when doing
chemistry labs. Now I know that I have to be very careful. This article also
relates to the reactions we were learning about. It is a combustion reaction
and we learned how to do those a couple of weeks ago. Something that relates
to this subject is that nail polish is very flammable so that would make the
risk even higher. "The Flammability of
Synthetic Nails." Chem Matters. February 2001.
Pg.14
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