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5th Grade · Science · Open Global Science
Biological Classification and Comparative Life Cycles
Track 1 of 5 · 6 lessons
6 lessons
Classify diverse organisms into major taxonomic groups using structural traits, and compare reproductive strategies and life cycles across animals and flowering plants.
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- 1Classifying Life: Microorganisms, Fungi, Plants, and AnimalsUp nextStart
- 2Invertebrates Versus Vertebrates: Structural TraitsPremiumNot started yet
- 3Classifying Vertebrate Groups by Observable FeaturesNot started yet
- 4Comparing Life Cycles of Mammals, Amphibians, Insects, and BirdsNot started yet
- 5Flowering Plant Reproduction and Life CycleNot started yet
- 6Comparing Reproductive Strategies in Living OrganismsNot started yet
Cells, Microscopy, and Hierarchical Organization
Track 2 of 5 · 7 lessons
7 lessons
Explain the cell as the fundamental unit of life, prepare and observe microscopic specimens, and describe the hierarchical organization of living things from cells to organ systems.
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- 1The Cell as the Basic Unit of LifeUp nextStart
- 2Parts and Operation of a Light MicroscopePremiumNot started yet
- 3Preparing and Observing Plant Epidermal CellsNot started yet
- 4Observing Aquatic Unicellular MicroorganismsNot started yet
- 5Comparing Unicellular and Multicellular OrganismsNot started yet
- 6From Specialized Cells to Tissues: Levels of OrganizationNot started yet
- 7How Plant Organs Work Together as a SystemNot started yet
Chemical Changes and Reactions
Track 3 of 5 · 8 lessons
8 lessons
Identify indicators of chemical changes, examine common reactions, and contrast irreversible chemical processes with physical changes.
- 1Comparing Reversible Physical Changes and Chemical TransformationsUp nextStart
- 2Identifying Evidence of Chemical ReactionsPremiumNot started yet
- 3Combustion: Investigating the Burning of Candle WaxNot started yet
- 4Oxidation and Rusting of Iron MetalsNot started yet
- 5Thermal Chemical Changes in Cooking and BakingNot started yet
- 6Acid-Base Reactions: Vinegar and Bicarbonate of SodaNot started yet
- 7Mass Stays the Same in Closed Chemical SystemsNot started yet
- 8Evaluating Methods to Prevent Unwanted Chemical ReactionsNot started yet
Crosscutting Concepts and Evidence-Based Explanations
Track 4 of 5 · 7 lessons
7 lessons
Construct evidence-based scientific explanations using crosscutting themes, technical vocabulary, and cited secondary sources.
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- 1Applying Cause-and-Effect Reasoning in Natural PhenomenaUp nextStart
- 2Analyzing Systems, Subsystems, and Functional InterdependencePremiumNot started yet
- 3Tracing Energy Flow and Matter Cycling Across ScalesNot started yet
- 4Examining Stability and Change in Physical and Ecological SystemsNot started yet
- 5Constructing Claim-Evidence-Reasoning ExplanationsNot started yet
- 6Evaluating and Citing Secondary Scientific SourcesNot started yet
- 7Communicating Scientific Findings Using Technical TerminologyNot started yet
Data Analysis, Mathematical Patterns, and Sources of Error
Track 5 of 5 · 8 lessons
8 lessons
Organize empirical data into structured formats, analyze numerical trends, and evaluate experimental limitations.
- 1Organizing Raw Observations into Structured Data TablesUp nextStart
- 2Plotting and Interpreting Bar Graphs for Categorical DataPremiumNot started yet
- 3Plotting and Interpreting Line Graphs for Continuous ChangeNot started yet
- 4Using Venn Diagrams and Concept Maps to Synthesize DataNot started yet
- 5Using Input-Output Tables for Cause and EffectNot started yet
- 6Calculating Means and Detecting Numerical PatternsNot started yet
- 7Identifying Proportional Relationships in Scientific DataNot started yet
- 8Identifying Sources of Experimental Error and LimitationsNot started yet