Mr. Palermo's Flipped Chemistry Classroom
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Welcome to the flipped chemistry classroom.   

All of the materials you will need to master this course are located throughout this website.  We will be using the 5E approach to learning this year.  The focus will start with the exploration of​ problems and building upon your prior knowledge.  Then we will learn new concepts/techniques etc. using flipped or blended instruction.  Finally you will assess your understanding of the unit through mastery quizzes to highlight key areas of the topic that you need to repair before taking the summative quarterly assessments. Remember your goal is to achieve mastery or higher on each unit.  If you are having difficulty please message me on remind, email or see me during extra help.  

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Learn how to use progressions to transform your existing modeling activities to help students construct and use models as a generative tool for predicting and explaining phenomena. https://t.co/w4GUeXVZzB #ChemistrySolutions #ChemChat pic.twitter.com/nAp4S6wnxJ

— AACT (@AACTconnect) May 4, 2018

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 What's Going on in the classroom
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(Click On Any Picture To Read The Full Article/Case Studies)

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About the flipped classroom
The flipped classroom is not an online course.  It is a way to engage students and make them more active in the learning process.  Students watch a short video lecture for homework (click on the video below for an example) and take notes and complete practice examples.  In the classroom these problems are evaluated by the students and teacher to address difficulties and misconceptions.  Students then move on to complete critical thinking questions, hands on activities, discussions etc.  in a collaborative format to further their understanding of the topic.  The class is completly student-centered as the teacher becomes the facilator instead of a lecturer.  Instruction is differentiated giving students more freedom to choose how they learn the material.  
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Why teach using flipped instruction?
Students work in teams of 3 or 4 to apply scientific concepts to practice problems focusing on a central phenomena.  Students are encouraged to help each other with the problems and utilize the teacher as a "coach" to guide them.  Research shows that student retention is increased dramatically through practice, frequent low-stakes assessments and student to student teaching/discourse.  
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