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Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia
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Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Dec 22, 2015

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Page 1: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Simplifying Inquiry Instruction in Science Classrooms

Randy L. Bell

Curry School of Education

University of Virginia

Page 2: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

What is Inquiry?

Page 3: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

What is Inquiry?

Page 4: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

What is Inquiry?

Scientific inquiry refers to the ways in which scientists study the natural world and propose explanations based on evidence derived from their work.

Inquiry also refers to the activities of students in which they develop knowledge and understanding of scientific ideas, as well as an understanding of how scientists study the natural world.

From the National Science Education Standards (NRC, 1996, p. 23):

Page 5: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

How Does NSES Describe Inquiry?

Identify questions. Design & conduct

investigations. Use technology &

mathematics. Formulate explanations

using logic & evidence. Communicate & defend a

scientific argument.

Understandings about Scientific Inquiry

Scientists use many methods to conduct a wide variety of investigations.

Scientists rely on technology & mathematics.

Scientific explanations must: -be logically consistent -abide by rules of evidence -be open to questions & modification -be consistent with current scientific

knowledge.

Abilities Necessary to do Scientific Inquiry

Page 6: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry—A Simplified Definition

Students answering a research question through the analysis of data.

Page 7: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Students review the structures and functions of cell organelles Use this information to build models of plant and animal cells.

Page 8: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Problem: What are organelles? What organelles are found in a cell (plant/animal)? What are the functions of those organelles?

Hypothesis: ______________________________

Materials: * 2 blue or green pieces of fruit roll up .. Golgi Bodies * 2 red or yellow pieces of fruit roll up .. Endoplasmic Reticulum * 1 teaspoon of round cake sprinkles .. Ribosomes * 4 hot tamales .. Mitochondria * 4 chocolate covered raisins .. Vacuoles * 1Jello/Knox mixture in plastic cup * 1 paper plate * 1 small Dixie cup full of cell parts (organelle) materials * 1 plastic knife * 1 plastic spoon

Procedures: 1. Getting the Jello Ready (Bill Cosby Impressions are encouraged!) Follow the package directions to mix up batches of Jello gelatin mix. Pick a light colored flavor. Every 6 oz package will make up 4 or 5 cells. Add some unflavored Knox gelatin to the Jello to make it set up…

Page 9: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Leaf collection:

Collect and press 30 different leaves

Mount each leaf on a piece of paper

Complete an identification label for each leaf

Combine the pages into a notebook

Page 10: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Use a graduated cylinder to determine volume and triple beam balance to measure mass of 5 objects. Calculate the densities for the objects they measured.

Page 11: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Students seek to determine the sequence of the moon’s phases by observing the moon every night and recording their observations for a month.

Page 12: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?

“Does the moon rise and set at the same times every night?”

Following a brief discussion, the teacher demonstrates the rising and setting of the moon for several sequential evenings using Starry Night. She then facilitates a class discussion about the moon’s apparent motion in the sky.

Page 13: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

“Field Geology” 201Your geology class is on a field trip to a fossil bed in Alberta, Canada. While exploring the site, you discover a slab of rock covered with interesting impressions. Your instructor invites the class to make observations and inferences about the imprints…

Page 14: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.
Page 15: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.
Page 16: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.
Page 17: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?Read newspaper and magazine articles describing the impact of El Nino on the California coast. Summarize findings in a 2-page written report.

Page 18: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?

Page 19: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?

Page 20: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?

Page 21: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?

Page 22: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry?

Page 23: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry? NO!

2. Must the activity be hands-on?

Page 24: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry? NO!

2. Must the activity be hands-on? NO!

3. Must students design the investigation?

Page 25: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry? NO!

2. Must the activity be hands-on? NO!

3. Must students design the investigation? NO!

4. Must students always collect the data?

Page 26: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry? NO!

2. Must the activity be hands-on? NO!

3. Must students design the investigation? NO!

4. Must students always collect the data? NO!

5. Must students analyze data?

Page 27: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?1. Are all hands-on activities inquiry? NO!

2. Must the activity be hands-on? NO!

3. Must students design the investigation? NO!

4. Must students always collect the data? NO!

5. Must students analyze data? YES!

Page 28: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?In summary, there are two primary criteria to consider when determining if an activity supports inquiry learning:

Page 29: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Inquiry or Not?In summary, there are two primary criteria to consider when determining if an activity supports inquiry learning:

Are students:

1. answering a scientific question?

2. through analysis of data?

Page 30: Simplifying Inquiry Instruction in Science Classrooms Randy L. Bell Curry School of Education University of Virginia.

Simplifying Inquiry Instruction: Assessing the Inquiry Level of Classroom Activities

Randy L. Bell

Curry School of Education

University of Virginia