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I will try to clarify my statements so that John and I can talk TO instead of ACROSS each other.cut
On Fri, 18 Aug 2006, John Clement wrote (in relevant part):
The original posting did not give any statistics about the performance of
the students, just that the enrollment in physics was high.
It gave the size of the school and the number of teachers.
In this area, 3 physics teachers is unusual for a public high school of that size.
But beyond
subsequent performance,
Which is not the topic, The topic is fun, which translates into getting students to take the course.
cutI question whether FCI scores serve as an efficient proxy forActually FCI scores do not track that well with conventional exams.
effectiveness of physics teaching. There are no Nobel prizes for high FCI
scores. Traditional physics teaching has given us a number of Nobel
Laureates of whom three were fellow graduate students - one of the Nobel's
was in economics. But maybe looking at Nobel's is a little restrictive.
Another possible measure is membership in the National Academy of
Sciences. By my not very careful count, a PhD from Princeton's Physics
department practically guarantees election to the NAS. As best as I can
tell from my own experience (here I wax anecdotal) FCI gains track
closely with scores on weekly quizzes and Final Exams (which I usually use
old AP exams for).
Yes, John, they did track that well in my classroom and I have the records to support that conclusion (I have a vague memory of having once posted some of those records).
Eric
Mazur showed that quite clearly.
Eric Mazur did not give my weekly quizzes, his students did not take my course, and he did not give the AP final. So Eric Mazur's experience is irrelevant to my conclusion from my experience.
It is true that there are no Nobels for
FCI scores, but there are also no Nobels for AP exam performance.
Considering the time lag for Nobels, it is doubtful that any of the current
candidates could have even been given an FCI, so this is not a relevant
argument.
This totally misses the point. The point I am trying to make is that we don't know enough about the subsequent performance of people with
high FCI gains to use such gains as a measure of effective learning. Nobel's (apostrophe denotes plural of a proper name) and NAS membership are, I suggest, measures of effective learning. Many people in the latter two categories are products of schools with very traditional science courses. In my case, I didn't know much about elementary physics until I got to graduate school.
> There are also no Nobels for raising student thinking from low to
high levels.