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TECHNOLOGY INTEGRATION & INSTRUCTION FOR THE 21ST CENTURY LEARNER
JUNE 15-17, 2009
HOPE BROWN, HIGH SCHOOL SCIENCE, ST. EDMOND, FORT DODGE
VALERIE JERGENS, MATH AND SCIENCE CONSULTANT, PRAIRIE LAKES AEA
Using Graphing Calculators &
Motion Detectors for Inquiry
Every Learner Inquires
VisionThe vision of the Every Learner
Inquires (ELI) project is one in which all students engage in investigating significant scientific questions in supportive, collegial learning communities.
Students will come to deeply understand important science ideas and master complex skills and reasoning processes that are essential to scientific literacy.
Every Learner Inquires
Definition of Scientific InquiryScientific Inquiry refers to the
diverse ways in which scientists study the natural world and propose explanations based on the evidence derived from this work.
Inquiry also refers to activities of learners in which they develop knowledge and understanding of scientific ideas, as well as understanding about how scientists study the natural world.
Current research indicates that, although they rarely discover knowledge that is new to humankind, learners engaged in inquiry discover knowledge that is new to them.
Every Learner Inquires
Definition of Scientific Inquiry, cont…
Scientific inquiry is multi-faceted. It involves making observations; posing questions; examining multiple sources of
information to see what is already known in light of experimental evidence;
using tools to gather, analyze, and interpret data; and
communicating results.
Inquiry also identifies assumptions, uses critical and logical thinking, and considers alternative explanations.
5E Learning Cycle
Engagement – Learners experience questions and activities that engage prior knowledge of major concepts and abilities in the domain of instruction
Exploration – Learners express prior knowledge and investigate the efficacy of their understanding and abilities
Explanation – Learners are introduced to scientific facts, concepts, and abilities
Elaboration – Learners apply their newly formulated understanding and abilities
Evaluation – Learners’ attainment of primary outcomes of instructional sequence are assessed
5 Essential Features of Classroom Inquiry
Learners engage in scientifically oriented questions
Learners give priority to evidence, which allows them to develop and evaluate explanations that address scientifically oriented questions
Learners formulate explanations from evidence to address scientifically oriented questions
Learners evaluate their explanations in light of alternative explanations, particularly those reflecting scientific understanding
Learners communicate and justify their proposed explanations
Scientifically Oriented Questions
How are distance and time related?
How can a graph represent an object’s motion?
Activity #1-Graphing Your Motion
Purpose:Produce graphs of your motionInterpret the graphs
Materials:Graphing Calculator (TI-84 Plus)Sonic Motion Detector (CBR2)Car Crash PartnersClear wall space
Activity #1-Graphing Your Motion
Process:Follow instructions on pages 11-
13With one partner, discuss and
record the answers to these questions in your notebook: How do the slopes of the lines compare
when you walked toward the CBR2 v. away from the CBR2? Away from CBR2 Toward CBR2
How do the slopes of the lines compare when you walked slowly v. when you walked quickly? Walking Slowly Walking Quickly
Activity #1-Graphing Your Motion
Discussion What did the slope look like when you
stood still? What does the line look like when the
slope is one? What does the slope of the line mean?
Activity #2-Match the Graph
Purpose:Match your motion to the graph
as a way of understanding the motion represented on the graph
Materials:Same things from Activity #1Roller Coaster Partners
Activity #2-Match the Graph
Process:Follow instructions on pages 15-
16Consider this question with your
group and be ready to defend your position and give real-life examples to the class: What physical property does the slope,
or steepness of the line segment, represent?
Assessment
In your notebook, describe the motion represented in each of these graphs:
#1#2
#3 #4
d d
d d
t t
t t
#5
t
d
Iowa Core
Inquiry StandardThink critically and logically to
make the relationships between evidence and explanations
Use mathematics in all aspects of scientific inquiry
DiscussionHow do these statements match
with the 5 Essential Features of Inquiry?
Iowa Core
Physical Science StandardUnderstand and apply knowledge
of motions and forces
DiscussionWhat would student have
experienced?What would students have
learned?
Iowa Core
21st Century Skills-Technology Literacy Apply digital tools to gather, evaluate, and
use information Demonstrate critical thinking skills using
appropriate tools and resources to plan and conduct research, manage projects, solve problems and make informed decisions
Demonstrate creative thinking, construct knowledge, and develop innovative products and processes using technology
Discussion How would these activities have been
different if there had not been technological tools available?
Did students learn the Inquiry or Physical Science content differently?
Did students learn different Inquiry or Physical Science content?
Iowa Core
21st Century Skills-Employability Skills Communicate and work productively with
others, incorporating different perspectives and cross cultural understanding, to increase innovation and the quality of work
Adapt to various roles and responsibilities and work flexibly in climates of ambiguity and changing priorities
Demonstrate leadership skills, integrity, ethical behavior, and social responsibility while collaborating to achieve common goals.
Discussion How would these activities have been
different if collaborative groups were not used?
Did students learn the Inquiry or Physical Science content differently?
Did students learn different Inquiry or Physical Science content?
Thank you for coming!
If you have further questions, contact
Valerie Jergens [email protected] ext 2029