AI Tutor
Tutor/TEKS · 5th Grade · Science
us-tx
Curriculum Framework

5th Grade · Science · TEKS

1
5 lessons
Analyzing and Interpreting Scientific Data
Learners will examine collected data to identify patterns, features, and sources of error, and use mathematical operations to compare datasets and describe relationships between variables.
2
4 lessons
Applying Circuits to Real-World Systems
Learners will compare different energy outputs in circuits, explain the role of conductors and insulators in safety, identify energy transformations in real-world devices, and design their own energy transformation system.
3
4 lessons
Applying the Particle Model: Dissolving and Conservation
Learners will use particle diagrams to explain dissolving and the conservation of mass, and connect the particle model to the concept of atoms and molecules.
4
9 lessons
Asking Questions and Planning Investigations
Learners will formulate scientific questions, define problems, and plan safe descriptive and experimental investigations.
5
5 lessons
Cells, Tissues, and Organs
Explore the microscopic structures of life, from basic cells to specialized cells and how they organize into tissues and organs.
6
9 lessons
Collecting and Organizing Data
Learners will collect observations and measurements as evidence and organize them using appropriate graphic organizers.
Public learning track

Analyzing and Interpreting Scientific Data

Track 1 of 6 · 5 lessons

5 lessons

Goal

Learners will examine collected data to identify patterns, features, and sources of error, and use mathematical operations to compare datasets and describe relationships between variables.

Featured Diagrams

Identifying Patterns in Experimental Data
5 lessons
0 of 5 done
  1. Identifying Patterns in Experimental DataUp next
  2. Finding Significant Features in DataNot started yet
  3. Identifying Sources of Error in InvestigationsNot started yet
  4. Using Math to Compare Science DataNot started yet
  5. Using Math to Find Relationships in DataNot started yet
Public learning track

Applying Circuits to Real-World Systems

Track 2 of 6 · 4 lessons

4 lessons

Goal

Learners will compare different energy outputs in circuits, explain the role of conductors and insulators in safety, identify energy transformations in real-world devices, and design their own energy transformation system.

Featured Diagrams

Comparing Different Energy Outputs in Circuits
4 lessons
0 of 4 done
  1. Comparing Different Energy Outputs in CircuitsUp next
  2. Conductors in Circuits and Insulators for SafetyNot started yet
  3. Real-World Electrical CircuitsNot started yet
  4. Designing a System to Show Energy TransformationNot started yet
Public learning track

Applying the Particle Model: Dissolving and Conservation

Track 3 of 6 · 4 lessons

4 lessons

Goal

Learners will use particle diagrams to explain dissolving and the conservation of mass, and connect the particle model to the concept of atoms and molecules.

Featured Diagrams

Using Particle Models to Explain Dissolving
4 lessons
0 of 4 done
  1. Using Particle Models to Explain DissolvingUp next
  2. Using Particle Models to Explain ConservationNot started yet
  3. Drawing Particle Diagrams for Different StatesNot started yet
  4. How Particles Connect to Atoms and MoleculesNot started yet
Public learning track

Cells, Tissues, and Organs

Track 5 of 6 · 5 lessons

5 lessons

Goal

Explore the microscopic structures of life, from basic cells to specialized cells and how they organize into tissues and organs.

Featured Diagrams

Cells as Basic Units of Living Things
5 lessons
0 of 5 done
  1. Cells as Basic Units of Living ThingsUp next
  2. Comparing Plant and Animal Cell StructuresNot started yet
  3. How Cell Structure Supports Its FunctionNot started yet
  4. How Cells Form Tissues and OrgansNot started yet
  5. Identifying Specialized Cells by Their StructureNot started yet