Virginia

Middle School

Comprehensive Science (SOL) Practice

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  • Questions 6,690
  • Vocabulary Terms 953
  • Performance Tasks 540
  • Instructional Videos 235

Test Standards

  1. (6.1a) Observations
  2. (6.1b) Measurements
  3. (6.1c) Scale Models
  4. (6.1d) Hypothesis
  5. (6.1e) Validity
  6. (6.1f) Repeated Trials
  7. (6.1g) Metrics
  8. (6.1h) Graphs
  9. (6.1i) Models and Simulations
  10. (6.1j) Science Concepts
  11. (LS.1a) Organize Data
  12. (LS.1b) Classification
  13. (LS.1c) Tools
  14. (LS.1d) Models and Simulations
  15. (LS.1e) Error
  16. (LS.1f-g) Variables
  17. (LS.1h) Graphs
  18. (LS.1i) Patterns in Data
  19. (LS.1j) Science Concepts
  20. (PS1.a.) Lab safety
  21. (PS1.b.) Accurate measurements
  22. (PS1.c.) Metric conversions
  23. (PS1.d.) Equipment used to collect data
  24. (PS1.e.) Scientific notation
  25. (PS1.f.) Variables and controls
  26. (PS1.g.) Data tables: construct and interpret
  27. (PS1.h.) Interpret descriptive statistics
  28. (PS1.i.) Frequency distributions, scatterplots, line plots, and histograms
  29. (PS1.j.) Conclusions
  30. (PS1.k.) Research methods
  31. (PS1.l.) Present results
  32. (PS1.m.) Models and simulations
  1. (6.2.a.) Potential and kinetic energy
  2. (6.2.e.) Energy transformations
  3. (6.4.a.) Subatomic particles
  4. (6.4.b.) Atoms of elements
  5. (6.4.c.) Chemical symbols
  6. (6.4.d.) Chemical compounds
  7. (6.4.e.) Chemical formulas
  8. (6.4.f.) Chemical equations
  9. (6.4.g.) Elements in and on Earth
  10. (6.5.a.) Water as the universal solvent
  11. (6.5.b.) Properties of water
  12. (6.6.a.) Air as a mixture
  13. (PS.2.a.) Particle theory of matter
  14. (PS.2.b.) Classify matter
  15. (PS.2.c.) Solids, liquids, and gases
  16. (PS.2.d.) Physical properties of matter
  17. (PS.2.e.) Chemical properties of matter
  18. (PS.2.f.) Physical and chemical properties of matter
  19. (PS.3.a.) History atomic structure
  20. (PS.3.b.) Modern atomic model
  21. (PS.4.a.) Organization of the periodic table
  22. (PS.4.b.) Elements as metals, metalloids, and nonmetals
  23. (PS.4.c.) Ionic and covalent bonds
  24. (PS.5.a.) Physical changes in matter
  25. (PS.5.b.) Chemical changes
  26. (PS.5.c.) Nuclear reactions
  27. (PS.6.a.) Potential and kinetic energy
  28. (PS.6.b.) Forms of energy
  29. (PS.7.a.) Temperature scales
  30. (PS.7.b.) Phase changes
  31. (PS.7.c.) Conduction, convection, and radiation
  32. (PS.7.d.) Applications of thermal energy transfer
  33. (PS.8.a.) Characteristics of sound waves
  34. (PS.8.b.) Resonance
  35. (PS.8.c.) Compression waves
  36. (PS.8.d.) Technological applications of sound
  37. (PS.9.a.) Characteristics of transverse waves
  38. (PS.9.b.) Wave behavior of light
  39. (PS.9.c.) Image formation
  40. (PS.9.d.) The electromagnetic spectrum
  41. (PS.9.e.) Technological applications of light
  42. (PS.10.a.) Speed, velocity, and acceleration
  43. (PS.10.b.) Newton’s laws of motion
  44. (PS.10.c.) Work, force, mechanical advantage, efficiency, and power
  45. (PS.10.d.) Technological applications of work, force, and motion
  46. (PS.11.a.) Static electricity, current electricity, and circuits
  47. (PS.11.b.) Magnetic field and an electric current
  48. (PS.11.c.) Electromagnets, motors, and generators
  49. (PS.11.d.) Conductors, semiconductors, and insulators
  1. (LS.2.a.) Cell structure and organelles
  2. (LS.2.b.) Plant and animal cells
  3. (LS.2.c.) Cell theory
  4. (LS.2.d.) Cell division
  5. (LS.3.a.) Cells, tissues, organs, and systems
  6. (LS.3.b.) Cellular organization and life processes
  7. (LS.5.a) Domains
  8. (LS.5.a.) Kingdoms
  9. (LS.5.b.) Animal phyla and plant divisions
  10. (LS.5.c.) Define species
  11. (LS.6.a.) Photosynthesis
  12. (LS.6.b.) Chemical reaction photosynthesis
  13. (LS.6.c.) Photosynthesis and food webs
  14. (LS.13.a.) Structure and role of DNA
  15. (LS.13.b.) Genes and chromosomes
  16. (LS.13.c-d.) Inheritance
  17. (LS.13.e.) Acquired vs. inherited traits
  18. (LS.13.f.) Biotechnology
  19. (LS13.g.) Discoveries related to genetics
  20. (LS.14.a.) How populations change over time
  1. (6.7.a.) Abiotic factors: watershed
  2. (6.7.b.) Virginia's watershed systems
  3. (6.7.c.) River and stream systems
  4. (6.7.d.) Wetlands
  5. (6.7.e.) Estuaries
  6. (6.7.f.) Conservation of watersheds
  7. (6.7.g.) Water monitoring
  8. (LS.7.a.) Biogeochemical cycles
  9. (LS.7.b.) Flow of energy and matter in a system
  10. (LS.7.c.) Relationships within terrestrial, freshwater, and marine ecosystems
  11. (LS.7.d.) Food webs and energy pyramids
  12. (LS.8.a.) Relationships in populations
  13. (LS.8.b.) Influence of behavior on a population
  14. (LS.9.a.) Relationships in food webs
  15. (LS.9.b.) Predator-prey
  16. (LS.9.c.) Competition and cooperation
  17. (LS.9.d.) Symbiotic relationships
  18. (LS.9.e.) Niches
  19. (LS.10.a.) Ecosystems and biomes
  20. (LS.10.b.) Characteristics of land, marine, and freshwater ecosystems
  21. (LS.10.c.) Survival and adaptations
  22. (LS.11.a.) Phototropism, hibernation, and dormancy
  23. (LS.11.b.) Factors that change population size
  24. (LS.11.c.) Eutrophication, climate changes, and catastrophic disturbances
  25. (LS.12.a.) Food production and harvest
  26. (LS.12.b.) Change in habitat size, quality, or structure
  27. (LS.12.c.) Change in species competition
  28. (LS.12.d.) Factors that impact survival of a species
  29. (LS.12.e.) Environmental issues
  1. (6.2.b.) The Sun and energy on Earth
  2. (6.2.c.) Nonrenewable energy sources
  3. (6.2.d.) Renewable energy sources
  4. (6.3.a.) Earth’s energy budget
  5. (6.3.b.) Role of radiation and convection
  6. (6.3.c.) Motion of the atmosphere and oceans
  7. (6.3.d.) Cloud formation
  8. (6.3.e.) Thermal energy and weather-related phenomena
  9. (6.5.c.) Water as a weathering agent
  10. (6.5.d.) Water as a climate moderator
  11. (6.5.f.) Importance of water
  12. (6.5.g.) Protecting and maintaining water resources
  13. (6.6.b.) Earth's atmosphere: pressure, temperature, humidity
  14. (6.6.c.) Atmospheric changes with altitude
  15. (6.6.d.) Maintaining air quality
  16. (6.6.e.) Atmospheric measures and weather
  17. (6.6.f.) Predicting weather
  18. (6.8.a.) Solar system components
  19. (6.8.b.) Planets
  20. (6.8.c.) Gravity
  21. (6.8.d.) Revolution and rotation
  22. (6.8.e.) Day-night
  23. (6.8.f.) Properties of planet Earth
  24. (6.8.g.) Seasons on Earth
  25. (6.8.h.) Tides
  26. (6.8.i.) Space exploration
  27. (6.9.a.) Management of renewable resources
  28. (6.9.b.) Management of nonrenewable resources
  29. (6.9.c.) Reduce environmental hazards
  30. (6.9.d.) Cost/benefit tradeoffs in conservation
  31. (LS.14.b.) Evidence of evolution: fossil record
  32. (LS.14.c.) How populations change over time