zip, 29.1 MB
zip, 29.1 MB

This resource provides a step-by-step walkthrough of uncertainty propagation and error analysis in the context of an IB-style calorimetry investigation. Students learn how to calculate experimental results, apply significant figures, determine percentage error, and propagate measurement uncertainties through calculations. The lesson emphasises the difference between random and systematic errors, helping learners interpret precision versus accuracy in a scientific investigation.

What This Resource Includes

• Guided lesson slides explaining uncertainty propagation
• Worked example based on an enthalpy of combustion investigation
• Step-by-step modelling of significant figures and unit handling
• Percentage error calculation practice
• Clear distinction between random and systematic errors
• Scenario-based interpretation exercises
• Accompanying podcast-style audio explanation reinforcing concepts
• Ready-to-use classroom presentation format

Learning Focus

Propagating Uncertainties
Students learn how to combine measurement uncertainties when using equations involving multiplication and division. The lesson demonstrates how to convert absolute uncertainties to percentage form so they can be compared meaningfully to percentage error.

Percentage Error vs Percentage Uncertainty
Learners explore how a large percentage error alongside a small percentage uncertainty indicates systematic issues rather than random variation.

Precision vs Accuracy
The resource develops conceptual understanding of why an experiment can be precise but not accurate, a key IB expectation in evaluation and analysis sections.

Random and Systematic Errors
Clear explanations and analogies help students distinguish between unpredictable random variation and consistent systematic bias, including how each can be reduced.

Applied Scenarios
Multiple example scenarios allow students to interpret different combinations of percentage error and uncertainty and decide whether random or systematic error is dominant.

Audio Learning Support

A podcast-style audio summary accompanies the lesson, guiding students through the main calculations and interpretations. This supports auditory learners and provides a useful revision tool outside of class.

Skills Developed

• Calculating and interpreting percentage error
• Propagating uncertainties through equations
• Applying significant figures correctly
• Distinguishing precision from accuracy
• Identifying random versus systematic error
• Evaluating experimental reliability

Ideal For

IB DP Science students
Chemistry calorimetry investigations
Physics and Biology uncertainty analysis
Lessons on measurement and error
IA skills development

This resource turns abstract uncertainty theory into a clear, applied process using realistic experimental data. By linking calculations to interpretation, it helps students develop the analytical skills required for strong IA evaluation and scientific reasoning.

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A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

IB DP Science IA Bundle Part 2 of 2 Start to Finish Internal Assessment Resources 2026

This comprehensive 2-part bundle supports teachers and students through every stage of the IB Diploma Programme Science Internal Assessment (IA) — from choosing a topic to submitting a polished, high-quality report. Designed for Biology, Chemistry, and Physics, the bundle combines idea banks, planning tools, writing guides, assessment checklists, marking rubrics, moderation aids, timelines, and data-analysis support to make the IA process clearer, more structured, and more successful for learners at every level. This resource set is ideal for departments seeking a consistent IA system, teachers guiding students through the year, and students who need clear guidance, scaffolding, and practical tools to plan, conduct, and communicate their investigations. Please note: This is Part 2 of the complete bundle package. It contains 11 of the 23 resources available. The first 12 resources will be available in Part 1 of the bundle. Part 1 Can be found here: [https://www.tes.com/teaching-resource/ib-dp-science-ia-bundle-part-1-of-2-start-to-finish-internal-assessment-resources-2026-13404159](https://) What’s Included in This Complete Bundle Idea and Topic Banks • Extensive subject-specific IA idea databases for Biology, Chemistry, and Physics • Hundreds of investigation prompts to inspire research questions • Suggestions for experimental, database, simulation, survey, and hybrid investigations Planning and Proposal Tools • Structured IA planning templates for research questions, variables, methodology, risk assessment, and data planning • Milestone timelines with automatic date calculations • Progress tracking to help students manage workflow across months Writing Guides and Worksheets • Conclusion writing support and frameworks • Evaluation writing lesson and templates • Worksheets for significant figures, uncertainty propagation, graph interpretation, regression (R²), and more • Student self-assessment checklists to confirm completeness before submission Assessment, Marking & Moderation Tools • Teacher marking rubric aligned with IB criteria • Standardized marking and moderation system with analytics dashboards • Double-marking support and variance tracking • Calibration records and moderation logs Why This Bundle Is Valuable Simplifies a Complex Process The IA is one of the most challenging components of IB Science. This bundle breaks it into manageable, clearly guided steps that students can follow with confidence. Supports Inquiry and Independence Open-ended idea banks paired with planning templates encourage authentic student-led investigations while reinforcing independent thinking and problem solving. Improves Quality and Readiness Tools that help students plan, write, check, and revise ensure investigations are well thought-out, fully developed, and aligned to assessment criteria. Reduces Teacher Workload Standardized rubrics, checklists, and progress trackers save time, support consistency, and free teachers to focus on feedback and conceptual development. Aligned With IB Expectations Every component supports IB academic integrity, criterion understanding, and best practices for assessment design, execution, and communication. Who This Bundle Is For • IB Science teachers guiding IA development • IB coordinators implementing department-wide IA systems • Students needing structured support from start to finish • Classes that benefit from milestone-based tracking and accountability • Learners preparing for laboratory work, analysis, writing, and reflection Whether your class is just beginning the IA journey or you’re refining submissions for moderation, this bundle provides everything needed to inspire topics, organise thinking, strengthen scientific communication, and deliver high-quality Internal Assessments with confidence.

£42.30

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