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Individual Instruction: Log in to your common login at https://atams.edelements.com https://atams.edelements.com Click on Achieve 3000 Begin working on.

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Presentation on theme: "Individual Instruction: Log in to your common login at https://atams.edelements.com https://atams.edelements.com Click on Achieve 3000 Begin working on."— Presentation transcript:

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2 Individual Instruction: Log in to your common login at https://atams.edelements.com https://atams.edelements.com Click on Achieve 3000 Begin working on reading and taking Cornell Notes on the relevant topics (list attached on next page). After you have taken notes on one of the topics, do the activity on that topic. DO NOT SKIP THE SIMULATIONS. When you finish with one topic, proceed to the next. Continue this process until you move to direct instruction. Direct Instruction: Ask any questions you have from individual station. Notes on calculating relative ratios of offspring phenotypes, contrasting genotype and phenotype. Collaborative Station: Work on the practice problems provided in class. Attempt each problem individually, showing all work. Record your work in your notebook. Compare your answers with your group. Submit ONE finalized group solution with all of your names on it. By next class, complete the Cornell Notes by writing down your questions to ask in class, writing your Jeopardy style questions, and writing your one paragraph summary. If you have finished all of this, continue working on Compass Learning and/or Achieve 3000. You should be logging at least six hours per week between the two programs.

3 Achieve 3000 Topics: You should have completed each of these Molecular Basis of Heredity – DNA Structure – DNA Replication – From DNA to Protein – Mendelian Genetics – Complete Dominance – Other Types of Inheritance – Our Chromosomes – How Many Chromosomes Topics for week of 7 Nov: – Cell Cycle – Meiosis Cell Biology: – Introduction to Cells – Cell Structure & Function – Plasma Membrane – Simple Diffusion – Osmosis – The Cell’s Nucleus Matter, Energy and Organization in Living Systems – Energy Transfer – Photosynthesis – Aerobic Respiration – Glycolysis – Lactic Acid Fermentation


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