Curriculum Access System
for Elementary Science
http://cases-soe.web.itd.umich.edu/


(a unit)
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unit overview

table of contents

unit calendar

worksheets

Note that these worksheets are not automatically included in this packet. To retreive and print them, click on each of these links.

summary of materials needed for this unit

driving question

What is a driving question?

This unit addresses the following subquestions:

Why are these good questions?

What is a driving question?
A driving question is a question that is elaborated, explored, and answered by the students and the teacher. The driving question encourages students to link together different topic areas and apply knowledge in real-world settings. To use a driving question, you could:

standards

This unit is aligned with

science background

This page compiles discussions of the science content covered in this unit. See the content section in each lesson plan for more specific science content. Note that the explanations provided here are typically in more depth than the level of understanding you would expect from your students.

students' alternative ideas

What are alternative ideas?

What are alternative ideas?

Why is it important to know the alternative ideas my students hold?

How do I obtain information on the alternative ideas my students hold?
Asking questions and listening carefully to students' responses is key to learning about their ideas. Some guidelines for doing this include:

inquiry adaptatons

What is inquiry in CASES?
What are the benefits of doing inquiry? In addition to helping students better understand the process of investigating the question, engaging in inquiry-oriented activities helps students better understand the topic they are investigating (content) and develop, carry-out, and evaluate investigations that are best suited to their question (problem-solving).
What is inquiry in CASES?
What are the benefits of doing inquiry? In addition to helping students better understand the process of investigating the question, engaging in inquiry-oriented activities helps students better understand the topic they are investigating (content) and develop, carry-out, and evaluate investigations that are best suited to their question (problem-solving). [?] What is inquiry in CASES?[?] What is a driving question?[?] When should students develop the questions? When should the teacher develop the questions?[?] What makes a good representation?[?] What makes a good representation?[?] What makes a good representation?[?] What makes a good representation?[?] What makes a good representation?[?] What makes a good representation?
What is a driving question?
It is an overarching topic that helps organize activities and investigations in a project-based science classroom. It encourages students to see connections between various learning activities and apply their knowledge to the real world.
When should students develop the questions? When should the teacher develop the questions?
Both teachers and students can pose questions in science class. It might be easier to decide on these questions as you plan. Within the unit however, both teachers and students can create questions to answer, depending on time considerations, available resources, and students� comfort level with inquiry.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.
What makes a good representation?
Representations should be (scientifically) accurate and appropriate, understandable, helpful for promoting learning, and reasonable given your instructional context.

The tables below will give you ideas about how to change the lesson plans in this unit to meet your students' needs.

Questioning & predicting

If the lesson focuses on questioning & predicting and if your students have:

more experience with engaging in questions, you might consider... less experience with engaging in questions, you might consider...
Encouraging small groups of students to ask and answer their own questions Having the whole class answer the same questions
Letting student-generated questions drive the investigations within the unit (you might guide them by making a shorter list from their questions) Letting students investigate answers to questions you provide for them
Remember: Giving kids ownership over questions will make their investigations meaningful. Remember: It's important that students are engaged with questions -- even if you're the one asking them

Explanations & evidence

If the lesson focuses on explanations & evidence and if your students have:

more experience with explaining their results, you might consider... less experience with explaining their results, you might consider...
Encouraging students to use the word "evidence" as they explain their findings and making sure they actually do use evidence Spending as much class time as is needed to explain to students what "evidence" means - talk about what would and wouldn't count as evidence
Allowing groups or individuals to come up with their own explanations using evidence
Modeling the process of using evidence to explain a result. Use "I think....because..." templates to help students organize their thoughts. Do these as a class for the first few investigations.
Making sure students focus on showing "why" something happened, not just "how" or "that" it happened Making sure students focus on showing "why" something happened, not just "how" or "that" it happened

Communicating & justifying

If the lesson focuses on communicating & justifying and if your students have:

more experience with communicating and justifying their findings, you might consider... less experience with communicating and justifying their findings, you might consider...
Encouraging students to design their own method of communicating and/or choose their audience Having the entire class present findings using same procedure.
Allowing students to form their own argument Providing guidelines to help students communicate their argument.
Encouraging students to question each other on their findings so students will justify their conclusions to each other Encouraging students to justify their findings by asking them "How do you know?" while guiding them in learning how to rely on evidence.