1. 1. Volcanic outgassing

2. 2. ~32°N, 18°W

3. 3. Hudson River

4. 4. Oxygen (O) and Silicon (Si)

5. 5. Oxygen (O) and Potassium (K)

6. 6. Nitrogen and Oxygen (O)

7. 7. Hydrogen (H) and Oxygen (O)

8. 8. Bedrock Structure and Elevation

9. 9. It is equal to your latitude in the Northern Hemisphere.

10. 10. It is equal to the angle of Polaris’ altitude.

11. 11. No, Polaris can only be seen in the Northern Hemisphere.

12. 12. Massena, NY

13. 13. From the Tropic of Cancer (23.5°N) to the Tropic of Capricorn (23.5°S).

14. 14. See ESRT p.14 Troposphere (all weather occurs here only) Stratosphere (ozone layer here) Stratosphere (ozone layer here) Mesosphere Mesosphere Thermosphere Thermosphere

15. 15. Seismic Waves

16. 16. See ESRT p.10

17. 17. Plastic-like part of the mantle – convection currents located here.

18. 18. It includes the crust and the upper rigid mantle.

19. 19. 2.7 g/cm^3 20. 3.0 g/cm^3

20. 21. 30° of longitude apart

21. 22. Earth’s rotation rate = 15°/hr Ex. The two cities are 2 hours apart.

22. 23. A) 15° B) 90° (equals to the latitude) B) 90° (equals to the latitude) C) 12 hours C) 12 hours

23. 24. He was a Greek scientist who came up with the 1st recorded size of the Earth.

24. 25. Choice (1)

25. 26. Day and Night Coriolis Effect Coriolis Effect Foucault Pendulum Foucault Pendulum

26. 27. Changing Seasons and… Apparent Motion of Stars – constellations change throughout the year Apparent Motion of Stars – constellations change throughout the year

27. 28. Lines that connect equal values on a map

28. 29. Isolines that connect points of equal pressure on a map

29. 30. Isolines that connect points of equal temperature on a map

30. 31. Isolines that connect points of equal elevation on a map

31. 32. A map showing elevation/topography

32. 33. The increment from one contour line to the next.

33. 34. It shows where the elevation decreases.

34. 35. The bolded contour line with an elevation number on it.

35. 36. As gradient increases, steepness also increases (direct relationship).

36. 37. 1) The “V”’s on contour lines point towards the direction where the water came from. 2) Decreasing elevation indicates the direction of water flow.

37. 38. Compass direction specified as an angle

38. 39. C) Gradient = 28.6 m/km A-B) D) SE E) C=250m D=450m F)

39. 40. The closer the contour lines, the greater the slope (steepest).

40. 41. Lowlands – Hudson-Mohawk, Champlain, Newark, St. Lawrence, Erie-Ontario, Interior, and Atlantic Coastal Plains Highlands – Hudson, Manhattan Prong, Taconic, Adirondacks Mountains, Grenville Province, New England Medium – Allegheny Plateau, Catskills Mountains, Tug Hill, Appalachian

41. Be able to interpret all the following ESRT reference tables and charts: Page 1 – Average chemical composition of Earth’s crust, hydrosphere and troposphere Page 2 – Generalized landscape regions of NYS Page 3 - Generalized bedrock geology of NYS – know how to calculate distance between NYS cities in miles and / or kilometers Page 5 – Tectonic Plates – be able to determine latitude and longitude of different features (Ex. Hot spots, trenches, etc.) Page 10 – Inferred Properties of Earth’s Interior Page 14 (top) – Selected Properties of Earth’s Atmosphere