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NABT 2016 Denver. Help Your Students Succeed in AP Biology. Fred and Theresa Holtzclaw MissMizzou@aol.com HoltzclawFred@gmail.com. I. Introduction. What content will you teach? (Test Prep p. 206-211) Many different approaches, many different paths to success.
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NABT 2016 Denver Help Your Students Succeed in AP Biology Fred and Theresa Holtzclaw MissMizzou@aol.com HoltzclawFred@gmail.com
I. Introduction What content will you teach? (Test Prep p. 206-211) Many different approaches, many different paths to success.
A detailed curriculum framework defines and articulates the scope of the course. From AP Biology: A Summary of Course Revisions
Now that you have students and a teaching outline…How do you support them? College majors course—taught in the high school; partnership between teacher and student My task: plan instruction/activities/ explain/support Their task: read, rehearse, ask questions, grapple with content /master conceptual understanding
II. SCIENCE PRACTICES:Develop Skills While Teaching Content Integral to your course Require practice MODELING Cell Division as an example
Guided and Open Inquiry Content is needed. Lab skills are needed. Rigorous expectations Experimental questions must have scientific basis
Teach a technique. • Structure the pre-lab Holtzclaws’ Inquiry Lab Rubric
Take existing labs to Guided Inquiry • Select a system: • Enzyme reaction chambers • Pillbugs • Floating discs • Fast plants • Teach a technique for gathering data • Give a limited number of testable options • Guide student questions in early labs
Equipping a Lab for Inquiry Temperature Adjustment 11
Enzyme Lab Task • Collect data and graph. • Have students post graphs. Use them to teach content. • Graphing skills • Rate calculations (Initial and final)
Why is the rate of this reaction greatest in the first 120 seconds?Use CER
Explanation Tool Claim: statement that answers your question Evidence: data (measurements and observations) that help answer the question and support your claim. Reasoning: Link your claims, evidence, and science ideas to justify them. Scientific Argumentation article in Science Teacher, Summer 2013
Evaluation: 1. Present results with graphs and oral discussion.2. Miniposters (Brad Williamson)3. Formal written reports
III. PREPARING FOR THE EXAM • Focus on You Must Knows to limit content • Be deliberate in teaching Science Practices • Unit exams—SPs, Grid-ins and Essays (see Test Prep p. 98) • Use the terminology (See Test Prep p. 18) • Practice the practice • Mathematics, graphing, data analysis, modeling
III. PREPARING FOR THE EXAM Develop essay writing skills: Concept Generalizations (See p. 5 of your handout) Test taking strategies (Test Prep p. 13-20) Electron transport system, NADH, FADH2, ATP, cristae membrane, ATP synthase, oxidative phosphorylation, chemiosmosis, electrochemical gradient, electron transport chain, H+, oxygen, electrons, water.
cytoplasm substrate level phosphorylation NAD+ NADH oxidize reduce universal glucose oxygen pyruvate 2ATP 4ATP net ATP production enzymes energy transfer How to Improve Essays: Practice! CONCEPT GENERALIZATION: GLYCOLYSIS
RESOURCES Mastering Biology Help (See p. 8) ***You must be registered for the AP Edition! Images (labeled and unlabeled) Answers to text questions
Instructor’s Guides • Answer Keys • AP Correlations • TestBank in Word as well as TestGen
V. RESOURCES New AP Questions aligned with LOs AP Exam Prep Q See p. 10 of HO MasteringBiology Item Library TestBank
See p. 10 • Mastering Biology • Study Area • eText • BioFlix videos • MP3 Tutor Session • Statistics Worksheets • Cumulative Test. • S