| | Virtual Labs for Earth Science |
| Chapter | Virtual Lab |
| Chapter 3: Minerals | How can minerals be defined by their properties? |
| Chapter 4: Rocks | How are rocks classified? |
| Chapter 5: Earth's Energy and Mineral Resources | What are the advantages of alternative energy sources? |
| Chapter 6: Views of Earth | How can locations in the United States be identified by their geographic features? |
| Chapter 7: Weathering and Soil | How are materials from the Earth broken down? |
| Chapter 8: Erosional Forces | How do glaciers shape the land? |
| Chapter 9: Water Erosion and Deposition | How do certain factors affect the erosion of soil by water? |
| Chapter 10: Plate Tectonics | Where do most earthquake epicenters and volcanoes occur? |
| Chapter 11: Earthquakes | How do seismograph stations help determine an earthquakes epicenter? |
| Chapter 12: Volcanoes | How does magma's composition affect a volcano's eruption? |
| Chapter 14: Geologic Time | What geologic evidence supports the existence of Pangaea? |
| Chapter 15: Atmosphere | What is the structure of Earth's atmosphere? |
| Chapter 16: Weather | How do meteorologists predict the weather? |
| Chapter 17: Climate | How can locations be identified by their climate and topography? |
| Chapter 23: The Sun-Earth-Moon System | How do Earth and the moon interact to cause the moon's phases? |
| Chapter 24: The Solar System | What are the dimensions of the solar system? |
| Chapter 25: Stars and Galaxies | How does the chemical composition of stars determine their classification? |