IB Biology SL‎ > ‎

00 Our Units


Each unit of study is connected through one key concept and one or more of the fundamental related concepts of Biology: 
  • Structure & Function
  • Universality & Diversity
  • Evolution
  • Equilibrium within Systems

Assessment

Tests

Each unit is finished with a test, modeled on authentic Paper 1 & 2 examination questions: 
  • 30 points of multiple-choice
  • 30 points of data analysis and structured factual recall
  • 20 points of extended response (selected from a range of choices)
As the course progresses, these unit tests become cumulative, incorporating natural connections with topics previously studied. 

Weekly Extended Response

Each week you will be given an 8-mark question based on content from the previous two weeks. 
This assesses objective 2 and 3 knowledge (most of the lower-order content is practiced through Quia quizzes, in-class tasks, notes). 

Labs

Units will typically contain one or more labs requiring a lab report. All are graded, though in the early stages of the course these might not be suitable for inclusion in the final portfolio for IA submission to the IB moderators. Feedback and grading is completed via Turnitin. 

GoogleSites

Each month, you will also be graded on the GoogleSites rubric, based on content development and reflection on your progress, as well as completion of Quia Quizzes and class tasks. 

Curriculum Map

This document gives an overview of the course. 

IB Biology SL 2015 Curriculum Map

Year 1: Core Content of IB Biology (Paper 1 & 2)

 Unit Title Subtopics 
 1. The Nature of Biology 1.1 Statistical Analysis, 5.3 Populations, 5.5 Classification5.4 Evolution
 2. Life Emergent  3.1 Chemical Elements and Water3.2 Carbohydrates, Lipids, Proteins,
 2.1 Cell Theory2.2 Prokaryotic Cells2.3 Eukaryotic Cells
 3. The Double Helix 3.3 DNA Structure3.4 DNA Replication
 3.5 Transcription Translation4.1 Genes, Alleles, Chromosomes, Mutations
 4. Making More Life 2.5 Cell Division4.2 Meiosis, 6.6 Reproduction 
 5. Agents of Change: Membranes & 
    Enzymes
 2.4 Membranes3.6 Enzymes 
 5. Carbon & the Energy Economy 5.1 Communities & Ecosystems,3.7 Cell Respiration
 3.8 Photosynthesis5.2 The Greenhouse Effect
 8. Destiny & Design 4.3 Theoretical Genetics4.4 Genetic Engineering & Biotechnology
    Group 4 Project Theme: 

Year 2: Human Biology (Paper 1 & 2) and two options (Paper 3)




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