3. Game Instructions Answer the 15 Multiple Choice Questions by clicking on the correct answer. If you get an answer incorrect try again. Use the action buttons to maneuver through the game. You will have three life lines. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50

4. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 In volcanic areas, groundwater heated by magma is a source of A. Lava FlowsB. Silica C. Geothermal EnergyD. Pyroclastic Flows

5. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Lava FlowsB. Silica C. Geothermal EnergyD. Pyroclastic Flows

6. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava FlowsB. Silica C. Geothermal EnergyD. Pyroclastic Flows

7. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava FlowsB. Silica C. Geothermal EnergyD. Pyroclastic Flows

8. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava FlowsB. Silica C. Geothermal EnergyD. Pyroclastic Flows

9. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Which of the following volcano hazards is made up of rocky particles the size of sand. A. Volcanic BombsB. Ash C. PahoehoeD. Cinders

10. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. Volcanic BombsB. Ash C. PahoehoeD. Cinders

11. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Volcanic BombsB. Ash C. PahoehoeD. Cinders

12. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Volcanic BombsB. Ash C. PahoehoeD. Cinders

13. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Volcanic BombsB. Ash C. PahoehoeD. Cinders

14. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 The formation of the volcanic island arc of Japan is due to A. A divergent BoundaryB. Subduction C. ConvectionD. Hot Spot

15. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. A divergent BoundaryB. Subduction C. ConvectionD. Hot Spot

16. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. A divergent BoundaryB. Subduction C. ConvectionD. Hot Spot

17. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. A divergent BoundaryB. Subduction C. ConvectionD. Hot Spot

18. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. A divergent BoundaryB. Subduction C. ConvectionD. Hot Spot

19. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 If geologists detect many small earthquakes in the area near a volcano, what can they infer about the volcano? A. It’s dormantB. It’s extinct C. It’s likely to eruptD. It’s a source of geothermal energy

20. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. It’s dormantB. It’s extinct C. It’s likely to eruptD. It’s a source of geothermal energy

21. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. It’s dormantB. It’s extinct C. It’s likely to eruptD. It’s a source of geothermal energy

22. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. It’s dormantB. It’s extinct C. It’s likely to eruptD. It’s a source of geothermal energy

23. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. It’s dormantB. It’s extinct C. It’s likely to eruptD. It’s a source of geothermal energy

24. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 When groundwater heated by magma rises to the surface and collects in a natural pool, it is called a A. GeyserB. Vent C. CalderaD. Hot Spring

25. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. GeyserB. Vent C. CalderaD. Hot Spring

26. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. GeyserB. Vent C. CalderaD. Hot Spring

27. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. GeyserB. Vent C. CalderaD. Hot Spring

28. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. GeyserB. Vent C. CalderaD. Hot Spring

29. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 If a volcano’s magma is high in silica, the volcano will probably A. Erupt explosivelyB. Remain Dormant C. Erupt quietlyD. Produce dark-color lava

30. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. Erupt explosivelyB. Remain Dormant C. Erupt quietlyD. Produce dark-color lava

31. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Erupt explosivelyB. Remain Dormant C. Erupt quietlyD. Produce dark-color lava

32. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Erupt explosivelyB. Remain Dormant C. Erupt quietlyD. Produce dark-color lava

33. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. Erupt explosivelyB. Remain Dormant C. Erupt quietlyD. Produce dark-color lava

34. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 When magma hardens in a volcano’s pipe, the result will eventually be a landform called a A. BatholithB. Dike C. CalderaD. Volcanic Neck

35. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Continue A. BatholithB. Dike C. CalderaD. Volcanic Neck

36. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. BatholithB. Dike C. CalderaD. Volcanic Neck

37. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. BatholithB. Dike C. CalderaD. Volcanic Neck

38. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Click Here To Go Back A. BatholithB. Dike C. CalderaD. Volcanic Neck

39. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 What provides the force that cause magma to erupt to the surface? A. Dissolved gases in magmaB. Silica in magma C. Gravity in the lithosphereD. Density of the magma

40. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Dissolved gases in magmaB. Silica in magma C. Gravity in the lithosphereD. Density of the magma

41. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Dissolved gases in magmaB. Silica in magma C. Gravity in the lithosphereD. Density of the magma

42. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Dissolved gases in magmaB. Silica in magma C. Gravity in the lithosphereD. Density of the magma

43. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Dissolved gases in magmaB. Silica in magma C. Gravity in the lithosphereD. Density of the magma

44. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 When magma squeezes between VERTICAL layers of rock it forms a A. NeckB. Dike C. Lava PlateauD. Sill

45. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. NeckB. Dike C. Lava PlateauD. Sill

46. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. NeckB. Dike C. Lava PlateauD. Sill

47. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. NeckB. Dike C. Lava PlateauD. Sill

48. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. NeckB. Dike C. Lava PlateauD. Sill

49. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 When ash, cinders, and bombs build up in a steep pile around a volcano’s vent, the result is A. Lava PlateausB. Composite Volcanoes C. Cinder VolcanoesD. Shield Volcanoes

50. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Lava PlateausB. Composite Volcanoes C. Cinder VolcanoesD. Shield Volcanoes

51. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava Plateaus D. Shield Volcanoes B. Composite Volcanoes C. Cinder Volcanoes

52. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava Plateaus D. Shield Volcanoes B. Composite Volcanoes C. Cinder Volcanoes

53. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Lava Plateaus D. Shield Volcanoes B. Composite Volcanoes C. Cinder Volcanoes

54. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Pahoehoe is A. Slow moving and rough & sharp B. Volcanic Ash C. Lava with a rough chunky surface D. Fast moving & rope like

55. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Slow moving and rough & sharp B. Volcanic Ash C. Lava with a rough chunky surface D. Fast moving & rope like

56. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Slow moving and rough & sharp B. Volcanic Ash C. Lava with a rough chunky surface D. Fast moving & rope like

57. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Slow moving and rough & sharp B. Volcanic Ash C. Lava with a rough chunky surface D. Fast moving & rope like

58. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Slow moving and rough & sharp B. Volcanic Ash C. Lava with a rough chunky surface D. Fast moving & rope like

59. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 If a volcano’s magma is low in silica, the volcano will probably A. Produce light colored LavaB. Erupt like a Hawaiian volcano C. Erupt like Mt. St. HelensD. Remain Extinct

60. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Produce light colored LavaB. Erupt like a Hawaiian volcano C. Erupt like Mt. St. HelensD. Remain Extinct

61. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Produce light colored LavaB. Erupt like a Hawaiian volcano C. Erupt like Mt. St. HelensD. Remain Extinct

62. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Produce light colored LavaB. Erupt like a Hawaiian volcano C. Erupt like Mt. St. HelensD. Remain Extinct

63. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Produce light colored LavaB. Erupt like a Hawaiian volcano C. Erupt like Mt. St. HelensD. Remain Extinct

64. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Mt. St. Helens is a A. Composite VolcanoB. Caldera C. Cinder Cone VolcanoD. Shield Volcano

65. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. Composite VolcanoB. Caldera C. Cinder Cone VolcanoD. Shield Volcano

66. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Composite VolcanoB. Caldera C. Cinder Cone VolcanoD. Shield Volcano

67. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Composite VolcanoB. Caldera C. Cinder Cone VolcanoD. Shield Volcano

68. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Composite VolcanoB. Caldera C. Cinder Cone VolcanoD. Shield Volcano

69. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Eruptions that are explosive contain _____________ amounts silica. A. LowB. Moderate C. Very littleD. High

70. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Continue A. LowB. Moderate C. Very littleD. High

71. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. LowB. Moderate C. Very littleD. High

72. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. LowB. Moderate C. Very littleD. High

73. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. LowB. Moderate C. Very littleD. High

74. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 50:50 Magma from Hawaii would be _____________ in density because it contains ____________ silica. A. Low, very littleB. High, very little C. High, lots ofD. Low, lots of

75. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Low, very littleB. High, very little C. High, lots ofD. Low, lots of

76. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Low, very littleB. High, very little C. High, lots ofD. Low, lots of

77. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 Click Here To Go Back A. Low, very littleB. High, very little C. High, lots ofD. Low, lots of

78. 15 $1 Million 14 $500,000 13 $250,000 12 $125,000 1 $100 11 $64,000 9 $16,000 5 $1,000 7 $4,000 4 $500 3 $300 2 $200 6 $2,000 8 $8,000 10 $32,000 A. Low, very littleB. High, very little C. High, lots ofD. Low, lots of