Ann-Marie Pendrill-Coaster
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Transcript of Ann-Marie Pendrill-Coaster
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C O llaboration: A musement Park S cience T echnology E ducation R esources
fysik.org + physics.gu.se/LISEBERG
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COASTER
COllaboration on Amusement parkScience and Technology Education [email protected] (Prof. physics)Conny Modig, Andreas Theve, Ulrik Lundby Hansen
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The Amusement Park as a Science Center
Gender-neutral high-tech!
Physics for many senses, in a variation of contexts, and authentic, enjoyable settings
Combining the math and physics with the experience of eyes and your own body,
...with measurements using toys, mobile phones and electronics
Calculations and estimations
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Amusement parks in textbooks?
Potential and kinetic energy in roller coasters
Centripetal forces in carousels Free fall in drop towers
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Data collection and analysis
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Amusement rides offer illustrations of physics principles that are known to be difficult!
Newtons's laws apply also to HUMAN bodies Equivalence principle: Inertial (ma) and Gravitational (mg) mass
Acceleration and rotations are absolute - can be measured within the system.
a = F /mAcceleration is felt
throughout the body!
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Schools:Students and
Teachers
University/
Teacher Ed.Amusement Parks
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In amusement parks, physics is fun
-And the fun is physics!
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Learning?
"The one who learns most about a subject is the one who talks about it ... usually the teacher" (or IBSE?)
+"Variation theory" (Marton): Experience a phenomenon in
qualitatively different ways .... transferrable knowledge
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How can teachers make use of amusement rides for MST education? Common shared experience + use authentic
data, photos, movies in examples Visits: Different levels of difficulty
Quiz + identify accelerometer graphs Joint focus on 2-3 familiar rides Group assignments, 2-3 rides/4-6 students ... with electronic data collection Take part in science day - or visit on your own
Preparation - follow-up (+ pre-post diagnoses)
Playgrounds provide useful practice!!!
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ACTIVITIES and INTERACTIONS
MINIMIZE TEACHER - STUDENT INTERACTION?
Worksheet - to guide observations.
Let students discover new things with worksheet as a guide.
STUDENT-STUDENT INTERACTIONS !
MAXIMIZE INTERACTION:
Just-in-time teaching. Challenge observations, perceptions, contrast responses with experiences of the body
Cognitive conflictTEACHER OWNERSHIP!!!
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TEACHER OWNERSHIP
ÏT ... more like clothes than like fire; to get a benefit, you must make them a part of your personal space, tailored to your needs.
(Chris Dede 1995)
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How can teacher educations make use of amusement parks?
E.g. Practice in identifying relevant STEM Deeper understanding of the physics
(science, technology) involved Increased awareness of common
conceptual difficulties Experiences of learning in informal
settings. Teacher observatory on science
days!
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“TEACHER OBSERVATORY”
We knew that teachers play a role- but not THAT much(Student teacher)
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Amusement parks + science & technology?
Different approaches S&T: Not visible in material for
schools or the public School material produced in-house School material produced in
collaboration with e.g. teacher organisations, teacher educations, science centers or universities
+ S&T information displayed in parks
Arranging science daysVIEWS of S&T?Public Understanding ...
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Why collaboration, parks + education ?
Many very common misconceptions
about force and motion
..... especially accelerated motion, e.g.
"An astronaut is weightless in space because there is no gravity"
????
Amusement parks are full of examples to illustrate textbook Gedanken experiments -
And many opportunities to challenge misconceptions!
(Rather than disseminating them)
Een astronaut in de ruimte weegt helemaalniets, omdat er geen zwaartekracht is.
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Weightlessness = FREE FALL(Here: Built-in parabolic flight)
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What's in it for the parks?
Popular school visits ... but more likely to be popular for schools with explicit learning opportunities
Way to attract local schools to park
Make use of resources that are (at times) underused to generate income and/or goodwill
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Why collaboration between park education programmes?
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Different themes -
same physics
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Projects for learningin Amusement Parks
Student Teachers:• Physics and Technology –• TEACHER OBSERVATORY + helping out• Mathematics Education: Student-created
problems and grading instructionsEngineering Physics (and Physics students)• Forces and acceleration in roller coasters and
other rides + reading drawings and patentsTeacher Days and school Physics/Science Days:Liseberg – Tivoli -- Gröna Lund (+ Tusenfryd)+ ...?
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PHYSICS-
FILLED
FUN
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Expensive equipment?
Slinky Rabbit + Protractor (Show my kit) Water mug + bottle Film med karusell i
bakgrund
Vest Iphone4
Knowledge! Force ON your OWN
body! Important - irrelevant Ser inte bara med
ögonen.
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Collaborations needed!
Park has data - but usually not easily available
Teachers face many challenges for visits Textbooks not very helpful
"Teacher observatory!
University Engineering Networking
same/similar rides in many parks, recycle problems.
Science Center - school contact, preparations ...
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Collaboration – win-win!
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Loup-Garou
Les seules montagnes russes en bois de Belgique
Vibrations assurées tout au long des 1 028 mètres de parcours à vitesse folle (80 km/h), avec un point culminant à 32 mètres, une dizaine de
descentes vertigineuses et 7 virages diaboliques !
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Amusement parks:Math + ICT
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Cette couleuvre t’emmène dans un trajet captivant. Tu fais un parcours dans lequel tu va 3 fois à l'envers, après tu refais ceci en arrière.
Captivant et ssssensationnel !
Speed 80km/hCapacity 750Length 285m
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Planning science days ...
Advertising, costs Data needed
Capacity + flow Ensure that not all
high-school students wait of free fall rides
Student tasks + teacher support
Safety Back-up Food
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"In the Pony Carousel, the cuddly toys on the strings started to move like this. I think it was to prove that the Earth is rotating."
"I learned that when going in the Pony Carousel, the cuddly toy kept going in the same direction while I was going around."
(10-year olds, 3 months later)
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Multiple senses
3 months later:
When you used the slinky in the
Frog Hopper, you got to see how
much you weighed.
When you went up, it was stretched
out because there was so much speed.
The slinky went up and down. When you were at
the highest point, the slinky was the shortest, which
means that you were the lightest.
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Idealizations vs reality. Authenticity
Rotating system Free fall YOU are the object Energy losses in roller
coasters. Qualitative -
Quantitative
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School visits to amusement parks offer rich and inspiring learning opportunities in mathematics, science and technology, and the rides illustrate many important principles: The carousel is a roting coordinate system, drop towers let us experience the weightlessness of free fall, pendulum rides give a periodic variation between feeling light and heavy, rollercoasters use an interplay between potential and kinetic energy to take the riders through a wide variety of three-dimensional motions. What technology is used to keep the riders safe? How does the body respond to the unusual motions -and how do our different senses contribute to the experience? What forces act on the body -and how can they be calculated and measured using different tools, from simple toys to advanced ICT applications? For student teachers, a school event in an amusement park provides an opportunity to study pupil's learning and observe many teachers and classes in action. A collaboration between the amusement industry, universities and schools, enable teachers and students access to a deeper and more detailed understanding of the science involved. This talk describes such a collaboration between schools and universities in Sweden and Denmark and the Liseberg, Gröna Lund and Tivoli Gardens amusement parks