Paths to Learning Physics in Physics 121-2-3
Students in this class come from many different
backgrounds,
have many different learning styles, and have many different reasons
for
taking this class. At the University of Washington we want
everyone in this diverse population to learn and to appreciate
physics.
To this end, we provide many different learning opportunites.
Some
are required, and some are optional, but all are aimed at our primary
goal
-- that everyone in the class learns some physics (preferably while
enjoying
themselves!).
-
Lecture:
Lecture is a place to learn from someone who has thought about the
material
and used it in real life, plus a chance for the entire class to ask
questions
(and hear the questions of others). You should read the text
before
coming to class, since lecture will complement the text, and not repeat
it. Lecture will contain a guide to what is important, an
overview
of concepts, applications to real life, connections to other courses,
and
numerous demonstrations. Lecture is also the place where
quantitative
aspects will be developed -- understanding where equations in the book
come from and how to apply them to solving problems. Please be
considerate
of others' learning by not having side conversations in class (unless
instructed
to discuss a specific physics problem as part of lecture).
-
Tutorial:
Tutorial
is a place to concentrate on concepts. You will work in small
groups
with a TA to find your own answers to questions, frequently with small
experiments. Tutorial and lab are excellent places to
bounce
ideas off your colleagues. Make sure you don't let one person in
your group answer all the questions while you just watch and
observe.
The point of tutorials is to become actively engaged with the material
-- research has shown that active engagement significantly enhances
your
learning. Don't be afraid to tell someone else to be quiet while
you think, and please honor someone's request for you to hold your
tongue
for a minute while they figure something out for themselves.
-
Laboratory:
Lab
is a place to actively engage with the physical phenomena -- to make
predictions,
make measurements, and compare them. Make sure both you and your
lab partner understand everything you are doing. If you disagree,
or if neither of you know the answer, please ask the TA for help.
However, note that there is only 1 TA for 11 different lab
groups.
You won't finish the lab if you stop cold everytime you aren't sure --
ask your neighbors or go on to something else after letting the TA know
you need help. Lab works best if you read the lab and any
associated
readings before coming to lab. This is especially important if
the
lab preceeds coverage in lecture or tutorial. Lab reports are
graded
by your lab TA, who can give you feedback on your understanding.
If you are unclear on why you lost points on something, ASK!
-
Study Center:
The
Study Center is a good place to do your homework and talk through the
material
with your peers and the teaching staff. The Study Center is
staffed some hours from Monday through Friday, 9:30-4:30. Note
that if you
come in right before tests or homework due dates, there is likely to be
a line for getting help. If you come in during less popular time
slots, and you can get more personal attention. If the TA and
Professor
are busy, try talking to your peers -- often you will each bring one
piece
of the puzzle to make a whole. When you ask questions, let the
instructor
know what you've been thinking so they can approach the problem in a
way
that makes sense to you. Also, remember that the Study Center
Staff
may not have seen your specific problem before, and the last question
they
answered may have been for a different course, so please give them a
chance
to think it through.
-
GoPost: The GoPost Chat Room is a place to post questions
about the homework or class
material to anyone in the class, and to test your understanding by
answering
others' questions. The professor will check it occasionally as
well.
Please give guidance and advice, but not specific solutions, when
answering
others' queries.
-
Pretests:
Pretests
probe your understanding of the material to be covered in tutorial
during
the coming week. The results are reviewed by the tutorial
teaching
staff at their weekly preparation session (after they take the pretest
themselves!) to help them know where to place their efforts.
Pretests
also benefit you by highlighting the important concepts of the coming
week's
tutorial. Similar questions often will appear on exams.
This
aids the physics education research and teaching staff in assessing the
efficacy of tutorial and lecture in teaching concepts.
-
Tutorial Homework:
Tutorial homework is an opportunity to work with the concepts
introduced
in tutorial to ensure understanding. The solutions are not
published.
If you read through the homework before coming to tutorial, it can help
guide you to what is important in tutorial itself. Tutorial HW is
handed in and returned in tutorial. It is graded by your tutorial
TA, who can give you feedback on your understanding. If you are
unclear
on why you lost points on something, ASK!
-
Required Lecture Homework:
Required lecture homework is designed to have you work with the
material
presented in lecture and in the text. It is administered
through
the Tycho system on the world wide web. You do not really
understand
the material until you can do the homework problems. You are not
prepared for exams until you can do the homework problems without
consulting
more than a formula sheet. Start early in the week, and come to
the
Study Center and office hours with your questions. Don't just try
random numbers in Tycho until it accepts your answer. Do,
however,
keep track of non-significant figures through intermediate steps, since
Tycho checks for 1% accuracy when checking your answer. If you
don't
understand a problem, ASK. You are welcome to work together on
the
homework. However, you should do the first run through and the
final
solution on your own.
-
Supplemental Lecture
Homework:
Supplemental homework problems give you a chance for more practice with
the material. Again, work together, but make sure you do the
final
solution yourself. The way to convince yourself that you
understand
the book and lecture is to do problems. Note there are many more
problems than can be "assigned." If you need more practice, or
feel
a need for "warm-up" problems, do them. Note that the
odd-numbered
problems have answers in the back of the book.
-
Reading the Text Book:
You should read the book before the associated lecture.
The
relevant sections are posted in the syllabus. If something is
confusing,
make a note of it and move on -- ask questions in class if it is still
confusing. If you don't feel comfortable asking in class, come to
the Study Center, post questions on the GoPost, and/or ask questions
through anonymous or non-anoymous email.
- Tests:
Studying
for tests, taking them, and then having someone carefully grade them is
another way to learn the material. Typical homework problems
involve
just one or two sections in the book. Exam problems will be more
general, incorporating multiple ideas. Think about these
connections
as you are studying. Also, as you are doing problems, keep track
of the notes and formulas that you need. In this way, you can
make
a more useful note page for use during the exams. Pick up your
midterms
and learn from your mistakes. If you don't understand why you
lost
points, ASK! Graders occasionally make mistakes, too.
It has been said that no physics makes sense until you
have
seen it three times. There are 11 ways to see the material listed
above; hopefully at least three of them will work for your style of
learning.
This class will require a major time investment, but we hope you will
find
it worthwhile. It is a real treat to understand the inner
workings
of the physical world!! Updated 9:35 AM 28
Sept 2007