
Public learning track
Data Organization, Graphing, and Error Analysis
4th Grade · Science · Open Global Science
8 lessons
Goal
Learners will organize scientific data across structured tables and visual graphs, detect cause-and-effect patterns, identify experimental errors, and draw valid conclusions.
Featured Diagrams
Structuring Data Tables with Units and Trials
8 lessons
0 of 8 done
- 1Structuring Data Tables with Units and TrialsUp nextStart
- 2Constructing and Interpreting Bar and Column GraphsPremiumNot started yet
- 3Plotting Continuous Change on Line GraphsNot started yet
- 4Classifying Properties Using Venn DiagramsNot started yet
- 5Mapping Sequential Processes with Flow ChartsNot started yet
- 6Using Input-Output Tables for Cause and EffectNot started yet
- 7Identifying Sources of Experimental and Measurement ErrorNot started yet
- 8Formulating Evidence-Based Conclusions from DataNot started yet
Curriculum Framework
4th Grade · Science · Open Global Science
1
7 lessons
Scientific Questions, Hypotheses, and Fair Test Design
Learners will formulate testable questions, write explanatory hypotheses, and design controlled experiments by identifying and manipulating variables.
2
10 lessons
Precision Laboratory Tools, Field Equipment, and Safety
Learners will master lab safety protocols and use calibrated scientific instruments to collect precise qualitative and quantitative data.
3
8 lessons
Data Organization, Graphing, and Error Analysis
Learners will organize scientific data across structured tables and visual graphs, detect cause-and-effect patterns, identify experimental errors, and draw valid conclusions.
4
6 lessons
Scientific Models, Scale, and System Limitations
Learners will create, analyze, and evaluate physical, conceptual, and diagrammatic models, identifying how scale, materials, and simplifications create inherent limitations.
5
8 lessons
Engineering Design, Prototyping, and Evaluating Solutions
Learners will apply the engineering design cycle to define problems, set criteria and constraints, build functional prototypes, and optimize performance.
6
7 lessons
Scientific Communication, Ethics, and STEM Careers
Learners will communicate scientific ideas using academic vocabulary and digital tools, engage in collaborative argumentation, practice scientific skepticism, cite sources, and examine STEM careers.