Module 1 7th Grade Vocabulary Terms

1. Unit 1 Module 1 Lesson 1

1.1. Compound

1.2. Potential Energy

1.3. Kelvin Scale

1.4. Thermal Energy

1.5. Solid State

1.6. Liquid State

1.7. Gas State

1.8. Kinetic Energy

1.9. Thermometer

1.10. Atoms

1.11. Periodic Table of Elements

1.12. Substance

1.13. Temperature

1.14. Kinetic Energy

1.15. Elements

1.16. Chemical Formula

1.17. Element Symbols

1.18. Molecule

1.19. Matter

1.20. Atoms

1.21. Elements

1.22. Molecule

1.23. Element Symbols

2. Unit 1 Module 1 Lesson 2

2.1. Jacques Charles

2.2. Vaporization

2.3. Volume Temperature Law

2.4. Thermal Contraction

2.5. Freezing

2.6. Thermal Expansion

2.7. Systems

2.8. Condensation

2.9. Melting

2.10. Pressure

2.11. Phase Change

2.12. Boiling vs. Evaporation

2.13. Heating

3. Unit 1 Module 1 Lesson 3

3.1. Robert Boyle

3.2. Boyles Law - Pressure and Volume

3.3. Boyles Law - Number of Particles

3.4. Boyles Law - Pressure and states of matter

4. Unit 1 Module 1 Lesson 4

4.1. Molecules

4.2. Nonmetal Solid

4.3. Nonmetal Gas

4.4. Metals

4.5. Ionic Compound

4.6. Convelant Compound

4.7. Polar Convelant Compound

4.8. Nonpolar Convelant Compounds

4.9. Dissolving

5. Unit 1 Module 2 Lesson 1

5.1. Qualitative Characteristics

5.2. Quantitative Characteristics

5.3. Mass

5.4. Weight

5.5. Volume

5.6. Chemical Properties

5.7. Density

5.8. Flammability

5.9. Oxidation

5.10. Reactivity

5.11. Solubility

6. Unit 1 Module 2 Lesson 2

6.1. Chemical Changes

6.2. Chemical Reactions

6.3. Chemical Equations

6.4. Reactants

6.5. Products

6.6. Coefficents

6.7. Antonie Lavioser

6.8. Atomic Mass

6.9. Law of Conservation of Mass

7. Unit 1 Module 2 Lesson 3

7.1. Chemical Potential Energy

7.2. Exdothermic Reaction

7.3. Endothermic Reaction

7.4. Concertaion in reactions

7.5. Law of Conservation of energy

8. Unit 2 Module 1 Lesson 1

8.1. Pangaea

8.2. Continental Drift

8.3. Rock Formation Evidence

8.4. Glacial Features Evidence

8.5. Coal Deposit Evidence

8.6. Fossil Evidence

8.7. Alfred Wengener

9. Unit 2 Module 1 Lesson 2

9.1. Ocean Floor Topography

9.2. Mid Ocean Ridges

9.3. Ocean Trenches

9.4. Isochron Maps

9.5. Seafloor Spreading

9.6. Lava

9.7. Magma

9.8. Plate Tectonics

10. Unit 2 Module 1 Lesson 3

10.1. Convergent Boundary

10.2. Divergent Boundary

10.3. Transform Boundary

10.4. Subduction

10.5. Fault Block Mountains

10.6. Volcano

10.7. Volcanic Arc

10.8. Earthquake

10.9. Fault Zone

10.10. Landslide

10.11. Tsunami

10.12. Impact Crater

11. Unit 2 Module 1 Lesson 4

11.1. Physical Weathering

11.2. Frost Wedging

11.3. Plant Action

11.4. Abrasion

11.5. Wind Abrasion

11.6. Water Abrasion

11.7. Glacier Abrasion

11.8. Chemical Weathering

11.9. Oxidation

11.10. Hydrolisis

11.11. Carbonation

11.12. Erosion

11.13. Deposition

11.14. Small Scale Erosion

11.15. Surface Runoff

11.16. Coastal Erosion

11.17. Large Scale Erosion

11.18. Mass Wasting

11.19. Glacial Movement

12. Unit 2 Module 1 Lesson 5

12.1. Rock

12.2. Mineral

12.3. Crystalization

12.4. Igneous extrusive rock

12.5. Igneous intrusive rock

12.6. Sedimentary Rocks

12.7. Lithification

12.8. Compaction

12.9. Cementation

12.10. Metamorphic

13. Unit 2 Module 2 Lesson 1

13.1. Earthquake and Plate boundaries

13.2. Richter Magnitude Scale

13.3. Earthquake Magnitude Scale

13.4. Modified Mercalli intensity scale

13.5. Moment magnitude scale

13.6. Pancaking

13.7. Liquefaction

13.8. Landslide

13.9. Tsunami

14. Unit 2 Module 2 Lesson 2

15. Unit 2 Module 2 Lesson 3

16. Unit 3 Module 1 Lesson 1

16.1. Natural Resource

16.2. Ores

16.3. Renewable Resources

16.4. Non-Renewable Resources

17. Unit 3 Module 1 Lesson 2

17.1. Hydrothermal Deposits

17.2. Subduction Zone

17.3. Distribution of minerals

17.4. 5 Factors of soil formation

17.5. Formation of coal

17.6. Soil

17.7. Formation of Oil and Natural Gas

17.8. Porosity

17.9. Permebality

17.10. Groundwater

18. Unit 3 Module 1 Lesson 3

18.1. Mining

18.2. Dwindling Deposits

18.3. Mineral Supplies

18.4. Fossil Fuel Exagaration

18.5. Groundwater Overdraft

19. Unit 3 Module 2 Lesson 1

19.1. Material

19.2. Natural Materials

19.3. Sytnetic Materials

19.4. Reactants to products

20. Unit 3 Module 2 Lesson 2

20.1. By-products

20.2. Synthetic Material Production

20.3. Natural Resource Availability

20.4. Individual and Societal impacts

21. Unit 4 Module 1 Lesson 1

21.1. Photosynthesis

21.2. Epidermal leaf cells

21.3. Cucitle

21.4. Stomata

21.5. Mesophyll Cells

21.6. Chlorophyll

21.7. Chlorophyll A and B

21.8. Light Cycle

21.9. Night Cycle

21.10. Different Sugars

21.11. Cellular Respiration

21.12. Glycosis

21.13. Mitochondria

21.14. Lactic Acid Fermentation

21.15. Ethanol Alcohol Fermentation

22. Unit 4 Module 1 Lesson 2

22.1. Producers

22.2. Consumers

22.3. Primary Consumer

22.4. Seconday Consumer

22.5. Tertiary Consumer

22.6. Detritivores

22.7. Food Chain

22.8. Food Web

22.9. Energy Pyramid

23. Unit 4 Module 1 Lesson 3

23.1. Carbon Cycle

23.2. Cellular Respiration

23.3. Photosynthesis

23.4. Sedimentation

23.5. Decomposition

23.6. Fossil Fuels

23.7. Combustion

23.8. ~

23.9. Water Cycle

23.10. Evaporation / Transpiration

23.11. Precipitation

23.12. Run Off

23.13. Seepage

23.14. ~

23.15. Nitrogen Cycle

23.16. Precipitation

23.17. Nitrogen Fixation

23.18. Ammonification

23.19. Nitrification

23.20. Assimilation

23.21. Denitrification

24. Unit 4 Module 2 Lesson 1

24.1. Biosphere

24.2. Biome

24.3. Ecosystems

24.4. Communities

24.5. Population

24.6. Organism

24.7. Abiotic

24.8. Biotic

24.9. Limiting Factor

24.10. Biotic Potential

24.11. Carrying Capacity

24.12. Overpopulation

24.13. Extinction

24.14. Endangered Species

24.15. Threatened Species

25. Unit 4 Module 2 Lesson 2

25.1. Symbiosis

25.2. Commensalism

25.3. Parasitism

25.4. Mutualism

25.5. Cooperative Relationships

25.6. Competitive Relationship

25.7. Predator-prey relationship

26. Unit 4 Module 2 Lesson 3

26.1. Ecological succession

26.2. Climax Community

26.3. Primary succession

26.4. Secondary succession

26.5. Eutrophication

26.6. Dynamic Equilibrium

26.7. Resource Extraction

26.8. Nonnative species

26.9. Pollution