Teaching Physics First:
Teachers Discuss New Order of Science at Philadelphia Meeting
Philadelphia, PA (January 10, 2002) - Traditionally taught
in high schools after chemistry and biology, some students
never take a course in physics - but that could be changing.
Despite resistance, even among physics teachers, more schools
are switching to a science curriculum that teaches physics
before chemistry and biology. In the 2001-2002 school year
two public school districts, in San Diego, California and
Cambridge, Massachusetts, switched the order in which high
school students learn science. Now all incoming 9th graders
are taught conceptual physics (a less math focused, idea-based
course), followed by chemistry in 10th grade, and biology
in 11th. The national movement is called "Physics First,"
and high school physics teachers from around the country will
be talking about their experiences with the program at the
annual meeting of the American Association of Physics Teachers
(AAPT) Meeting in Philadelphia January 19-23.
Elizabeth Chesick has been teaching 9th graders physics for
eight years at Baldwin School, a private school for girls
in the Philadelphia area. "The response of the students
has been great," says Chesick, who will be speaking at
the AAPT session about Physics First on Monday, January 21st.
"They work hard, and they like it - they do not have
a chance to develop a feeling that physics is too hard to
take." Chesick says Baldwin started offering physics
to 9th graders because many students wanted to have a general
physics course before they took AP physics senior year. "After
three years," says Chesick, "the students who did
not get physics in grade 9 were asking if they might have
physics too," so Baldwin began offering physics to all
9th graders.
Physics Nobel Laureate Leon Lederman supports teaching physics
before chemistry and biology, and says the purpose of the
national movement is to help create a science literate population.
"We have to insist that all high school students have
some idea of what science is, how it works, what it can do
and what it can't do." Lederman estimates that there
are currently around 150 schools that are formally involved
with Physics First.
Some of the challenges of Physics First include convincing
physics teachers, who are used to teaching highly motivates
seniors, to teach a more conceptual physics class to younger
students. There is also concern about adequately preparing
teachers, who may be used to teaching biology and chemistry,
for a new role teaching introductory physics. It may be an
uphill battle, says Michael Neuschatz, who is conducting a
study about high school physics for the American Institute
of Physics. Neuschatz says that preliminary analysis from
the study shows that more than half of the teachers asked
disagreed with the statement "the sequence of high school
sciences should be reversed, so that students take physics
first, before chemistry or biology." However, Neuschatz
also found that the small number of teachers who already teach
9th and 10th graders physics are very enthusiastic about teaching
physics early. Therefore, he says it looks like "real
experience with the idea converts people." Lederman says
he's seen this as well. "The experience of the schools
in our network is that the teachers learn to become enthusiastic."
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For more information contact:
Rory Richards, (301)
209-3088
Experts:
Elizabeth Chesick
Physics Teacher
Baldwin School
Bryn Mawr, PA
(610) 642-6381
Leon Lederman
1998 Nobel Prize in Physics
(630) 907-5911 (after Jan. 12)
Michael Neuschatz
Director, High School Physics Teacher Survey
American Institute of Physics
(301) 209-3077
Web:
American Association of Physics
Teachers
Physics First
Webpage
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