Generating and Testing Hypotheses

Slides:



Advertisements
Similar presentations
RAPIDES PARISH SYSTEMIC INITIATIVE BOOK STUDY: CLASSROOM INSTRUCTION THAT WORKS BY Robert J. Marzano, Debra J. Pickering, Jane E. Pollock.
Advertisements

Addressing Content Elements 4 & 5 Part #2 Robert Marzano, The Art and Science of Teaching, 2007 Martha Gough, PHS Reading Coach Professional Development.
Department of Mathematics and Science
Type your name in Footer Type file name in Footer Annotating Course Work – A PowerPoint Application Year 8, Unit 5 Use this set of PowerPoint slides to.
Marzano Art and Science Teaching Framework Learning Map
The Art and Science of Teaching (2007)
Modeling for Expert Learning Dr. Mok, Y.F.. Many university students do not study Their decoding is inefficient, making comprehension weak & difficult.
Marzano’s High Yield Instructional Strategies “The most important factor affecting student learning is the teacher.” Robert Marzano Generating and Testing.
Major Outcomes of Science Instruction
The Big Six Theory Information Literacy
Science Inquiry Minds-on Hands-on.
Professional Growth= Teacher Growth
Strategies provided by: Robert J. Marzano Debra J. Pickering
2008 History and Social Science Standards of Learning: Using Student Engagement To Support Active Learning and Assessment January 2013.
Improving Literacy Instruction: Strategies for All Content Areas
Preparing for Science Introduction Chapter.
Welcome!.
Chapter 1---Effect Size Old Belief--- Scores on the test have nothing to do with the quality of the school the students attend. Students’ achievement are.
Scientific Inquiry: Learning Science by Doing Science
Marzano Instructional Strategies. Research-Based Instruction Robert Marzano, Debra Pickering, and Jane Pollock reviewed hundreds of studies on instructional.
Generating & Testing Hypotheses
Resources  Classroom Instruction that Works  A Handbook for Classroom Instruction that Works  Classroom Instruction that Works for English Language.
Marzano’s Effective Teaching Strategies Summarized by Matthew Rehl, M
TEA Science Workshop #3 October 1, 2012 Kim Lott Utah State University.
Chapter 1 Defining Social Studies. Chapter 1: Defining Social Studies Thinking Ahead What do you associate with or think of when you hear the words social.
Curriculum Report Card Implementation Presentations
Crysten Caviness Curriculum Management Specialist Birdville ISD.
“The purpose of science notebooks is to build science content and process skills in a manner similar to the way scientists work while serving as a context.
Welcome Science 5 and Science 6 Implementation Workshop.
ED 530 THEORIST PRESENTATION SPRING SEMESTER 2010 SCOTT LENIO Robert J. Marzano.
UTeach STEP 1- Class #2  Welcome!  Please sign in  Pick up your folder and name card  Find your schedule & sit with your partner  Sign out a computer.
Effective Teaching Strategies Day 2
Literacy and Numeracy Benchmarks Prepared by SAPDC Learning Facilitator Team.
Chapter 1.1 – What is Science?. State and explain the goals of science. Describe the steps used in the scientific method. Daily Objectives.
Student Learning Objectives (SLO) Resources for Science 1.
Google Earth INTEGRATING GLOBAL THINKING. Why Use Virtual Tours? Flexible Tool: History, Science, Math, English, etc. An Interactive Way to Explore Supports.
Wonderful Web Activities Enhancing Content Lessons with Technology.
Marzano’s Essential 9 Instructional Strategies Engaged Time = Student Gains.
CHAPTER 1 MS. PAREKH. WHAT IS SCIENCE? SCIENCE IS THE INVESTIGATION AND EXPLORATION OF NATURAL EVENTS AND THE NEW INFORMATION THAT RESULTS FROM THOSE.
Science Notebooks Research-Based Strategies on how to implement them in today's science classroom by Karen Shepherd.
By Paula Nachtwey & Tiffany Siebert. Chapter 6: Summarizing Generalizations: Delete, substitute, and keep information Analyze information at a deep level.
The Teacher- Child Interaction Linking Developmentally Appropriate Practices to the Characteristics of Effective Instruction.
Math Study Group Meeting #1 November 3, 2014 Facilitator: Simi Minhas Math Achievement Coach, Network 204.
Workshop #1 Writing Quality Formative and Performance Based Assessments for MS Science.
What’s on Tap for Today (Our Learning Goals): Utilize technology to enhance students’ ability to make and test hypotheses Reflection on this PDS experience.
Design Question 4 – Element 22
Inquiry-Based Instruction
Methods of Science quiz review – blue page
Process Skills.
SaraRae Herrin TechCon 2017
THIS IS TO EVIDENCE YOUR WORK AND GET THE BEST GRADE POSSIBLE
Science 8--Nature of Science—Scientific Problem Solving
MYP planning: the unit planner
Technology and 21st Century Skills Assessment Rubric
Nonlinguistic Representation
Experimental Inquiry Template.
Grade 6 Outdoor School Program Curriculum Map
How will discussion days/note taking work in science class this year?
Model Types Instructional Decisions Associated Lesson Plans
Chapter 1.1 – What is Science?
Summarizing and Note-Taking
Scientific Thinking and Processes Notes
Inquiry in Science.
Helping Students Generate and Test Hypotheses
Helping Students Generate and Test Hypotheses
Marzano Art and Science Teaching Framework Learning Map
Unit 1 Scientific Inquiry
Using the 7 Step Lesson Plan to Enhance Student Learning
Professional Teaching Portfolio
Lesson Title: Famous “Techie” Research Project Grade Level: 6-8
Presentation transcript:

Generating and Testing Hypotheses Using Technology with Classroom Instruction that Works Staff Development Spring 2011

Please read Chapter 11 on pages 202 to 216 prior to working through this PowerPoint

Generating and Testing Hypothesis Engages students in complex mental process Applies content knowledge like facts and vocabulary Enhances students overall understanding of content More than a strategy for science instruction – it can be used in all content areas

Marzano’s Research Generating and Testing Hypotheses enhances students’ understanding of and ability to use knowledge by engaging them in mental processes that involve making and testing hypotheses. As an instructional strategy, Marzano’s research concludes that students can achieve a 23 point percentile growth with regular use

Recommendations Use a variety of structures tasks to guide students through generating and testing hypotheses Make sure students can explain their hypothesis and conclusions

Six tasks teachers can use to help students generate and test hypothesis System Analysis – study parts of a system and make predictions about what would change if one or more parts were altered

2. Problem Solve – Students look at various solutions given the obstacles and restraints posed by the problem

3. Historical Investigation – students construct hypothesis related to a historical event for which there is no agreed upon resolution

4. Invention – students examine a need, then work to create a solution to the need

5. Experimental Inquiry – students observe a phenomenon, make an informed hypothesis about why or how the event happened and set up an experiment to test their prediction

6. Decision Making – students define criteria and apply weight to the various criteria to decide which choice makes the most sense

Technology is used in the generating and testing of hypotheses at a data collection tool, a tool for organizing the data, and for simulations to test a hypothesis. All of these are time saving components of generating and testing hypotheses BUT the next step in this process is that students need to use critical thinking skills to do the “generating of the hypothesis” and “drawing conclusions” – The technology can’t do this for them.

In the next slides are various links to examples of generating and testing hypotheses to draw conclusions Please go through these examples and find one or two that are appropriate to your grade and subject

Putting the Pieces Together Manila Tech Trekkers Project based Learning OC-Franklin Research Project Technology That Works Learning Technologies EdWeb Templates

Task Because there is not much time left in the school year, your task is to think through the use of generating and testing hypotheses as an instructional tool. Then add it to two or three places in your curriculum map that fit. Then send me an email that includes the standard, classroom activity and how you plan to use it.