Biology (SOL) Practice

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Scientific Investigation 22%
Interactions in Life Forms 22%
Life at the Systems and Organisms Level 24%
Life at the Molecular and Cellular Level 32%
  • Questions 3,269
  • Vocabulary Terms 523
  • Performance Tasks 253
  • Instructional Videos 104

Test Standards

Scientific Investigation
1. (Bio1.a)  Observations of living organisms
2. (Bio1.b.)  Formulate hypotheses
3. (Bio1.c.)  Variables and experimental design
4. (B1.d.)  Graphing, calculations and data analysis
5. (B1.e.)  Formulate conclusions
6. (Bio.1.f.)  Error analysis
7. (Bio.1.g.)  Validity of data
8. (Bio.1.h.)  Lab safety
9. (Bio1.i.)  Uses of technology in scientific investigation
10. (Bio1.j.)  Scientific literature
11. (Bio1.k.)  Hypothesis, theory, and law
12. (Bio1.l.)  Alternative scientific explanations
Interactions in Life Forms
1. (Bio4.f.)  Germ theory and infectious disease
2. (Bio6.b.)  Fossil evidence
3. (Bio7.a.)  Population dynamics: fossil evidence
4. (Bio7.b.)  Survival and population dynamics
5. (Bio7.c.)  Natural selection
6. (Bio7.d.)  Speciation
7. (Bio7.e.)  Biological evolution
8. (Bio8.a.)  Limiting factors and carrying capacity
9. (Bio8.b.)  Cycles in the ecosystem
10. (Bio8.c.)  Succession
11. (Bio8.d.)  Effects of natural events and human activities on an ecosystem
12. (Bio8.e.)  Virginia flora, fauna, and microorganisms
Life at the Systems and Organisms Level
1. (Bio4.a.)  Three domain system: metabolic activities
2. (Bio4.b.)  Three domain system: maintaining homeostasis
3. (Bio4.c.)  Comparing the Eukaryotic kingdoms
4. (Bio5.d )  Mendelian genetics and predicting traits
5. (Bio6.a.)  Structural similarities among organisms
6. (Bio6.c.)  Classification and embryology
7. (Bio6.e.)  Changes in classification
Life at the Molecular and Cellular Level
1. (Bio2.a.)  Water chemistry and life
2. (Bio2.b.)  Structure and function of macromolecules
3. (Bio2.c.)  Nature of enzymes
4. (Bio2.d.)  Photosynthesis and respiration
5. (Bio3.a.)  Cell theory
6. (Bio3.b)  Prokaryotic versus eukaryotic cells
7. (Bio3.c.)  Single celled versus multicellular: role of cellular organelles
8. (Bio3.d.)  Cell membrane model
9. (Bio3.e.)  Surface area to cell volume: impact on life processes
10. (Bio4.e.)  Viruses versus living cells
11. (Bio5.a.)  Cell growth and division
12. (Bio5.b.)  Gamete formation (meiosis)
13. (Bio5.c.)  Cell specialization
14. (Bio5.e.)  Model of DNA
15. (Bio5.f.)  Genetic variation
16. (Bio5.g.)  Nucleic acids
17. (Bio5.h.)  Protein synthesis
18. (Bio5.j.)  DNA technology
19. (Bio6.d.)  Modern classification system: biochemical evidence