1. Who Wants To Be A Millionaire
Earth Science Review

2. Your Mission:
Your mission, should you decide to accept it, is to answer tough questions thrown at you by the Space Martians. You need to complete this mission before the end of the day, otherwise the Martians will take over earth!
Picture Credit”

3. Why does a comet’s tail point away from the Sun?
50:50
Give Hint!
A. It is being pulled by
a nearby black hole.
C. The solar wind blows
the tail away from the Sun.
B. The comet’s tail is
following the path of Jupiter.
D. Moon’s light only
shines on part of the comet.

4. Why does a comet’s tail point away from the Sun?
A. It is being pulled by
a nearby black hole.
C. The solar wind blows
the tail away from the Sun.
B. The comet’s tail is
following the path of Jupiter.
D. Moon’s light only
shines on part of the comet.
Hint

5. Why does a comet’s tail point away from the Sun?
50:50
C. The solar wind blows
the tail away from the Sun.
B. The comet’s tail is
following the path of Jupiter.

6. Oops!
Click to Continue

7. Why does a comet’s tail point away from the Sun?
Time's Up!!!
A. It is being pulled by
a nearby black hole.
C. The solar wind blows
the tail away from the Sun.
B. The comet’s tail is
following the path of Jupiter.
D. Moon’s light only
shines on part of the comet.
You have 10 seconds to ask someone sitting beside you for help!

8. the tail away from the Sun.
Answer 1
C. The solar wind blows
the tail away from the Sun.
Click to Continue
D..

9. I’ll take $100 any day. Thanks.
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10. friction of air particles
Cloudy nights can be warmer than clear nights because clouds trap heat —
50:50
Give Hint!
released from
Earth’s interior
C. produced by the
friction of air particles
B. absorbed by Earth
during daylight hours
D. generated from
tropical winds

11. friction of air particles
Cloudy nights can be warmer than clear nights because clouds trap heat —
released from
Earth’s interior
C. produced by the
friction of air particles
B. absorbed by Earth
during daylight hours
D. generated from
tropical winds
Hint

12. Cloudy nights can be warmer than clear nights because clouds trap heat —
50:50
released from
Earth’s interior
B. absorbed by Earth
during daylight hours

13. Click to Continue Picture Credit:

14. You have 10 seconds to ask someone sitting beside you for help!
Cloudy nights can be warmer than clear nights because clouds trap heat —
Time's Up!!!
released from
Earth’s interior
C. produced by the
friction of air particles
B. absorbed by Earth
during daylight hours
D. generated from
tropical winds
You have 10 seconds to ask someone sitting beside you for help!

15. Answer 2 Click to Continue B. absorbed by Earth during daylight hours

16. I’ve got an idea! You study and we can win!
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17. Give Hint! 50:50 A major problem with depending on
fossil fuels as primary energy sources
is that they are —
Give Hint!
50:50
C. nonrenewable
A. deep underground
B. nonpolluting
D. overabundant

18. A major problem with depending on
fossil fuels as primary energy sources
is that they are —
C. nonrenewable
A. deep underground
B. nonpolluting
D. overabundant
Hint

19. 50:50 A major problem with depending on
fossil fuels as primary energy sources
is that they are —
50:50
C. nonrenewable
D. overabundant

20. Click to Continue

21. Time's Up!!! A major problem with depending on
fossil fuels as primary energy sources
is that they are —
Time's Up!!!
A. deep underground
C. nonrenewable
B. nonpolluting
D. overabundant
You have 10 seconds to ask someone sitting beside you for help!

22. Answer 3
C. nonrenewable
Click to Continue

23. You are heading towards the finish line. Congratulations!
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24. Compared to the Rocky Mountains, the Appalachian Mountains are much —
50:50
Give Hint!
A. less eroded
C. thicker
B. higher
D. older

25. Compared to the Rocky Mountains, the Appalachian Mountains are much —
A. less eroded
C. thicker
B. higher
D. older
Hint

26. Compared to the Rocky Mountains, the Appalachian Mountains are much —
50:50
A. less eroded
D. older

27. Oops!
Click to Continue

28. Compared to the Rocky Mountains, the Appalachian Mountains are much —
Time's Up!!!
A. less eroded
C. thicker
B. higher
D. older
You have 10 seconds to ask someone sitting beside you for help!

29. Answer 4
D. older
Click to Continue
D..

30. Oh! Peachy!
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31. Which provides the best evidence for the theory that faults and volcanoes are results of tectonic plate interactions?
50:50
Give Hint!
Faults on tectonic plates are
in constant motion, but volcanoes
may not erupt for many years.
C. Faults and volcanoes existed long
before there were tectonic plates
B. Faults and volcanoes are
often found at tectonic plate boundaries.
D. Tectonic plates that have many
faults do not usually have volcanoes.

32. Which provides the best evidence for the theory that faults and volcanoes are results of tectonic plate interactions?
Faults on tectonic plates are
in constant motion, but volcanoes
may not erupt for many years.
C. Faults and volcanoes existed long
before there were tectonic plates
B. Faults and volcanoes are
often found at tectonic plate boundaries.
D. Tectonic plates that have many
faults do not usually have volcanoes.
Hint

33. Which provides the best evidence for the theory that faults and volcanoes are results of tectonic plate interactions?
50:50
Faults on tectonic plates are
in constant motion, but volcanoes
may not erupt for many years.
B. Faults and volcanoes are
often found at tectonic plate boundaries.

34. Click to Continue Picture Credit:

35. You have 10 seconds to ask someone sitting beside you for help!
Which provides the best evidence for the theory that faults and volcanoes are results of tectonic plate interactions?
Time's Up!!!
Faults on tectonic plates are
in constant motion, but volcanoes
may not erupt for many years.
C. Faults and volcanoes existed long
before there were tectonic plates
B. Faults and volcanoes are
often found at tectonic plate boundaries.
D. Tectonic plates that have many
faults do not usually have volcanoes.
You have 10 seconds to ask someone sitting beside you for help!

36. Click to Continue Answer 5 D.. B. Faults and volcanoes are
often found at tectonic plate boundaries.
Click to Continue
D..

37. You’re too smart for me!
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38. B. Evaporation increases.
Which of these is likely to occur after moist air is cooled below its dew point?
50:50
Give Hint!
A. Ice crystals melt.
C. Winds are generated.
B. Evaporation increases.
D. Water condenses.

39. B. Evaporation increases.
Which of these is likely to occur after moist air is cooled below its dew point?
A. Ice crystals melt.
C. Winds are generated.
B. Evaporation increases.
D. Water condenses.
Hint

40. Which of these is likely to occur after moist air is cooled below its dew point?
50:50
C. Winds are generated.
D. Water condenses.

41. Oops!
Click to Continue

42. You have 10 seconds to ask someone sitting beside you for help!
Which of these is likely to occur after moist air is cooled below its dew point?
Time's Up!!!
A. Ice crystals melt.
C. Winds are generated.
B. Evaporation increases.
D. Water condenses.
You have 10 seconds to ask someone sitting beside you for help!

43. Answer 6
D. Water condenses.
Click to Continue

44. Fantastic Start. Keep up the tremendous work you are doing!
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45. The breakdown of rocks and minerals into smaller particles without a change in composition is called —
50:50
Give Hint!
A. mechanical weathering
C. igneous intrusion
B. chemical precipitation
D. metamorphic foliation

46. The breakdown of rocks and minerals into smaller particles without a change in composition is called —
A. mechanical weathering
C. igneous intrusion
B. chemical precipitation
D. metamorphic foliation
Hint!

47. The breakdown of rocks and minerals into smaller particles without a change in composition is called —
50:50
A. mechanical weathering
D. metamorphic foliation

48. Click to Continue

49. You have 10 seconds to ask someone sitting beside you for help!
The breakdown of rocks and minerals into smaller particles without a change in composition is called —
Time's Up!!!
A. mechanical weathering
C. igneous intrusion
B. chemical precipitation
D. metamorphic foliation
You have 10 seconds to ask someone sitting beside you for help!

50. A. mechanical weathering
Answer 7
A. mechanical weathering
Click to Continue

51. You’re so good-I’m at a loss for words.
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52. Metamorphic rocks with a layered or banded look are called —
50:50
Give Hint!
A. foliated
C. unfoliated
B. striated
D. evaporated

53. Metamorphic rocks with a layered or banded look are called —
A. foliated
C. unfoliated
B. striated
D. evaporated
Hint

54. Metamorphic rocks with a layered or banded look are called —
50:50
A. foliated
B. striated

55. Click to Continue Picture Credit:

56. Metamorphic rocks with a layered or banded look are called —
Time's Up!!!
A. foliated
C. unfoliated
B. striated
D. evaporated
You have 10 seconds to ask someone sitting beside you for help!

57. Answer 8
A. foliated
Click to Continue

58. We are the best in the world!
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59. B. Deposition of sediment
In the jar shown, a sample of soil was mixed with water and then allowed to settle for 24 hours. The jar serves as a model for what process?
50:50
Give Hint!
A. Erosion of rock
particles by water
C. Evaporation of water
from a muddy pond
B. Deposition of sediment
in a lake bed
D. Formation of soil
from parent material

60. B. Deposition of sediment
In the jar shown, a sample of soil was mixed with water and then allowed to settle for 24 hours. The jar serves as a model for what process?
A. Erosion of rock
particles by water
C. Evaporation of water
from a muddy pond
B. Deposition of sediment
in a lake bed
D. Formation of soil
from parent material
Hint!

61. B. Deposition of sediment
In the jar shown, a sample of soil was mixed with water and then allowed to settle for 24 hours. The jar serves as a model for what process?
A. Erosion of rock
particles by water
50:50
B. Deposition of sediment
in a lake bed

62. Oops!
Click to Continue

63. You have 10 seconds to ask someone sitting beside you for help!
In the jar shown, a sample of soil was mixed with water and then allowed to settle for 24 hours. The jar serves as a model for what process?
Time's Up!!!
A. Erosion of rock
particles by water
C. Evaporation of water
from a muddy pond
B. Deposition of sediment
in a lake bed
D. Formation of soil
from parent material
You have 10 seconds to ask someone sitting beside you for help!

64. B. Deposition of sediment
Answer 9
B. Deposition of sediment
in a lake bed
Click to Continue

65. Answer. You got the answer for $900
Answer! You got the answer for $900. Be Careful so the Martians don’t get you!
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66. Which recent geologic processes commonly occur in the Coastal Plain region of Virginia?
50:50
Give Hint!
Subduction and
metamorphism
C. Rifting and intrusion
B. Crustal uplift and
rock deformation
D. Erosion and deposition

67. Which recent geologic processes commonly occur in the Coastal Plain region of Virginia?
Subduction and
metamorphism
C. Rifting and intrusion
B. Crustal uplift and
rock deformation
D. Erosion and deposition
Hint

68. D. Erosion and deposition
Which recent geologic processes commonly occur in the Coastal Plain region of Virginia?
50:50
Subduction and
metamorphism
D. Erosion and deposition

69. Click to Continue

70. You have 10 seconds to ask someone sitting beside you for help!
Which recent geologic processes commonly occur in the Coastal Plain region of Virginia?
Time's Up!!!
Subduction and
metamorphism
C. Rifting and intrusion
B. Crustal uplift and
rock deformation
D. Erosion and deposition
You have 10 seconds to ask someone sitting beside you for help!

71. D. Erosion and deposition
Answer 10
D. Erosion and deposition
Click to Continue

72. At long last, we are making progress!
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73. A. global water consumption
Dramatic variations in the polar ice caps most likely suggest changes in —
50:50
Give Hint!
A. global water consumption
C. Earth’s climate
B. the Moon’s orbit
D. ebb and flow of tides

74. A. global water consumption
Dramatic variations in the polar ice caps most likely suggest changes in —
A. global water consumption
C. Earth’s climate
B. the Moon’s orbit
D. ebb and flow of tides
Hint!

75. 50:50 C. Earth’s climate D. ebb and flow of tides
Dramatic variations in the polar ice caps most likely suggest changes in —
50:50
C. Earth’s climate
D. ebb and flow of tides

76. Oops!
Click to Continue

77. You have 10 seconds to ask someone sitting beside you for help!
Dramatic variations in the polar ice caps most likely suggest changes in —
Time's Up!!!
A. global water consumption
C. Earth’s climate
B. the Moon’s orbit
D. ebb and flow of tides
You have 10 seconds to ask someone sitting beside you for help!

78. Answer 11
C. Earth’s climate
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79. Wow, you’re good!
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80. The river shown on the topographic map flows fastest at point —
50:50
Give Hint!
A. 1
C. 3
B. 2
D. 4

81. The river shown on the topographic map flows fastest at point —
B. 2
D. 4
Hint!

82. The river shown on the topographic map flows fastest at point —
50:50
B. 2

83. Oops!
Click to Continue

84. The river shown on the topographic map flows fastest at point —
Time's Up!!!
A. 1
C. 3
B. 2
D. 4
You have 10 seconds to ask someone sitting beside you for help!

85. Answer 12
A. 1
Click to Continue

86. Smile, but don’t stop now or the Martians will run over you!
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87. Which of these describes the area immediately below a water table?
50:50
Give Hint!
A. Recharge zone
C. Zone of aeration
B. Capillary zone
D. Zone of saturation

88. Which of these describes the area immediately below a water table?
A. Recharge zone
C. Zone of aeration
B. Capillary zone
D. Zone of saturation
Hint!

89. Which of these describes the area immediately below a water table?
50:50
C. Zone of aeration
D. Zone of saturation

90. Click to Continue

91. A. Recharge zone C. Zone of aeration B. Capillary zone
Which of these describes the area immediately below a water table?
Time's Up!!!
A. Recharge zone
C. Zone of aeration
B. Capillary zone
D. Zone of saturation
You have 10 seconds to ask someone sitting beside you for help!

92. Answer 13
D. Zone of saturation
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93. Magnificent Job!
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94. The folding and faulting found in the rocks of the Blue Ridge Mountains of Virginia were created by —
50:50
Give Hint!
A. the Coriolis effect
C. heating and cooling of
the prehistoric atmosphere
B. wave action of prehistoric
ocean
D. collisions of continental
plates

95. The folding and faulting found in the rocks of the Blue Ridge Mountains of Virginia were created by —
A. the Coriolis effect
C. heating and cooling of
the prehistoric atmosphere
B. wave action of prehistoric
ocean
D. collisions of continental
plates
Hint!

96. D. collisions of continental
The folding and faulting found in the rocks of the Blue Ridge Mountains of Virginia were created by —
50:50
A. the Coriolis effect
D. collisions of continental
plates

97. Oops!
Click to Continue

98. You have 10 seconds to ask someone sitting beside you for help!
The folding and faulting found in the rocks of the Blue Ridge Mountains of Virginia were created by —
Time's Up!!!
A. the Coriolis effect
C. heating and cooling of
the prehistoric atmosphere
B. wave action of prehistoric
ocean
D. collisions of continental
plates
You have 10 seconds to ask someone sitting beside you for help!

99. D. collisions of continental
Answer 14
D. collisions of continental
plates
Click to Continue

100. Thanks for noticing me!
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101. Seawater is typically denser than freshwater due to seawater’s —
50:50
Give Hint!
A. smaller mass
C. higher salinity
B. greater depth
D. lower freezing point

102. Seawater is typically denser than freshwater due to seawater’s —
A. smaller mass
C. higher salinity
B. greater depth
D. lower freezing point
Hint!

103. Seawater is typically denser than freshwater due to seawater’s —
50:50
C. higher salinity
D. lower freezing point

104. Click to Continue Picture Credit:

105. Time's Up!!! A. smaller mass C. higher salinity B. greater depth
Seawater is typically denser than freshwater due to seawater’s —
Time's Up!!!
A. smaller mass
C. higher salinity
B. greater depth
D. lower freezing point
You have 10 seconds to ask someone sitting beside you for help!

106. Answer 15
C. higher salinity
____ __ _______

107. You must have your thinking cap on!
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108. Which of these describes the most common way that material is added to a continental shelf?
50:50
Give Hint!
Deposition of
continental sediments
C. Evaporation from
continental watersheds
B. Eruption of
continental volcanoes
D. Subduction of
continental plates

109. Which of these describes the most common way that material is added to a continental shelf?
Deposition of
continental sediments
C. Evaporation from
continental watersheds
B. Eruption of
continental volcanoes
D. Subduction of
continental plates
Hint!

110. Which of these describes the most common way that material is added to a continental shelf?
Deposition of
continental sediments
50:50
B. Eruption of
continental volcanoes

111. Oops!
Click to Continue

112. You have 10 seconds to ask someone sitting beside you for help!
Which of these describes the most common way that material is added to a continental shelf?
Time's Up!!!
Deposition of
continental sediments
C. Evaporation from
continental watersheds
B. Eruption of
continental volcanoes
D. Subduction of
continental plates
You have 10 seconds to ask someone sitting beside you for help!

113. continental sediments
Answer 16
Deposition of
continental sediments
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114. Moving right along!
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115. Limestone chips dissolve after they are placed in a beaker of diluted acid. Which geologic process is this most similar to?
50:50
Give Hint!
Folding
C. Faulting
B. Weathering
D. Subduction

116. Limestone chips dissolve after they are placed in a beaker of diluted acid. Which geologic process is this most similar to?
Folding
C. Faulting
B. Weathering
D. Subduction
Hint!

117. Limestone chips dissolve after they are placed in a beaker of diluted acid. Which geologic process is this most similar to?
50:50
B. Weathering
D. Subduction

118. Click to Continue

119. You have 10 seconds to ask someone sitting beside you for help!
Limestone chips dissolve after they are placed in a beaker of diluted acid. Which geologic process is this most similar to?
Time's Up!!!
Folding
C. Faulting
B. Weathering
D. Subduction
You have 10 seconds to ask someone sitting beside you for help!

120. Answer 17
B. Weathering
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121. You a mighty fast learner!
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122. Which of the following processes will change a sedimentary rock into an igneous rock?
50:50
Give Hint!
A. Erosion and deposition
C. Melting and crystallization
B. Deformation and deposition
D. Faulting and fracturing

123. Which of the following processes will change a sedimentary rock into an igneous rock?
A. Erosion and deposition
C. Melting and crystallization
B. Deformation and deposition
D. Faulting and fracturing
Hint!

124. Which of the following processes will change a sedimentary rock into an igneous rock?
C. Melting and crystallization
50:50
D. Faulting and fracturing

125. Oops!
Click to Continue

126. You have 10 seconds to ask someone sitting beside you for help!
Which of the following processes will change a sedimentary rock into an igneous rock?
Time's Up!!!
A. Erosion and deposition
C. Melting and crystallization
B. Deformation and deposition
D. Faulting and fracturing
You have 10 seconds to ask someone sitting beside you for help!

127. C. Melting and crystallization
Answer 18
C. Melting and crystallization
Click to Continue
D..

128. Keep facing your Challenges!
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129. Which of these are caused primarily by the gravitational force between Earth and the Moon?
50:50
Give Hint!
C. Prevailing winds
A. Seasons
B. Magnetic poles
D. Tides

130. Which of these are caused primarily by the gravitational force between Earth and the Moon?
C. Prevailing winds
A. Seasons
B. Magnetic poles
D. Tides
Hint!

131. Which of these are caused primarily by the gravitational force between Earth and the Moon?
50:50
A. Seasons
D. Tides

132. Click to Continue Picture Credit:

133. You have 10 seconds to ask someone sitting beside you for help!
Which of these are caused primarily by the gravitational force between Earth and the Moon?
Time's Up!!!
C. Prevailing winds
A. Seasons
B. Magnetic poles
D. Tides
You have 10 seconds to ask someone sitting beside you for help!

134. Answer 19
D. Tides
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135. You can’t run away! You are doing so well!
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136. In this section of undisturbed sedimentary layers, which best describes layer 2?
50:50
Give Hint!
A. It was intruded into layer 1.
C. It was deposited after layer 3.
B. It was intruded into layer 3.
D. It was deposited after layer 1.

137. In this section of undisturbed sedimentary layers, which best describes layer 2?
A. It was intruded into layer 1.
C. It was deposited after layer 3.
B. It was intruded into layer 3.
D. It was deposited after layer 1.
Hint!

138. In this section of undisturbed sedimentary layers, which best describes layer 2?
C. It was deposited after layer 3.
50:50
D. It was deposited after layer 1.

139. Oops!
Click to Continue

140. You have 10 seconds to ask someone sitting beside you for help!
In this section of undisturbed sedimentary layers, which best describes layer 2?
Time's Up!!!
A. It was intruded into layer 1.
C. It was deposited after layer 3.
B. It was intruded into layer 3.
D. It was deposited after layer 1.
You have 10 seconds to ask someone sitting beside you for help!

141. C. It was deposited after layer 3.
Answer 20
C. It was deposited after layer 3.
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142. Don’t stop your good work agent!
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143. 50:50 Give Hint! A. cooling magma C. faulting B. weathering
The rock shown is composed primarily of large crystals that were formed by —
50:50
Give Hint!
A. cooling magma
C. faulting
B. weathering
D. compacting shells

144. A. cooling magma C. faulting B. weathering D. compacting shells Hint
The rock shown is composed primarily of large crystals that were formed by —
A. cooling magma
C. faulting
B. weathering
D. compacting shells
Hint

145. 50:50 A. cooling magma C. faulting
The rock shown is composed primarily of large crystals that were formed by —
50:50
A. cooling magma
C. faulting

146. Click to Continue

147. You have 10 seconds to ask someone sitting beside you for help!
The rock shown is composed primarily of large crystals that were formed by —
Time's Up!!!
A. cooling magma
C. faulting
B. weathering
D. compacting shells
You have 10 seconds to ask someone sitting beside you for help!

148. Answer 21
A. cooling magma
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149. We’re the top Act!
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150. Earth’s axis of rotation is tilted 23
 Earth’s axis of rotation is tilted 23.5 relative to the plane of its orbit, which helps to cause —
50:50
Give Hint!
day and night
C. high and low tides
B. the seasons
D. the lunar phases

151. Earth’s axis of rotation is tilted 23
 Earth’s axis of rotation is tilted 23.5 relative to the plane of its orbit, which helps to cause —
day and night
C. high and low tides
B. the seasons
D. the lunar phases
Hint

152. Earth’s axis of rotation is tilted 23
 Earth’s axis of rotation is tilted 23.5 relative to the plane of its orbit, which helps to cause —
day and night
50:50
B. the seasons

153. Oops!
Click to Continue

154. You have 10 seconds to ask someone sitting beside you for help!
 Earth’s axis of rotation is tilted 23.5 relative to the plane of its orbit, which helps to cause —
Time's Up!!!
day and night
C. high and low tides
B. the seasons
D. the lunar phases
You have 10 seconds to ask someone sitting beside you for help!

155. Answer 22
B. the seasons
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156. You’re lightening awesome!
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157. Which natural resource found in Virginia is a common source of energy?
50:50
Give Hint!
C. Coal
A. Bauxite
B. Limestone
D. Zinc

158. Which natural resource found in Virginia is a common source of energy?
C. Coal
A. Bauxite
B. Limestone
D. Zinc
Hint

159. Which natural resource found in Virginia is a common source of energy?
50:50
C. Coal
D. Zinc

160. Click to Continue Picture Credit:

161. Which natural resource found in Virginia is a common source of energy?
Time's Up!!!
C. Coal
A. Bauxite
B. Limestone
D. Zinc
You have 10 seconds to ask someone sitting beside you for help!

162. Answer 23
C. Coal
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D..

163. My dream came true!
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164. A student claims that the full Moon occurs about once a month
A student claims that the full Moon occurs about once a month. What process will verify the student’s claim?
50:50
Give Hint!
C. Predicting
A. Theorizing
B. Hypothesizing
D. Observing

165. A student claims that the full Moon occurs about once a month
A student claims that the full Moon occurs about once a month. What process will verify the student’s claim?
C. Predicting
A. Theorizing
B. Hypothesizing
D. Observing
Hint

166. A student claims that the full Moon occurs about once a month
A student claims that the full Moon occurs about once a month. What process will verify the student’s claim?
50:50
A. Theorizing
D. Observing

167. Oops!
Click to Continue

168. You have 10 seconds to ask someone sitting beside you for help!
A student claims that the full Moon occurs about once a month. What process will verify the student’s claim?
Time's Up!!!
C. Predicting
A. Theorizing
B. Hypothesizing
D. Observing
You have 10 seconds to ask someone sitting beside you for help!

169. Answer 24
D. Observing
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D..

170. I hope you are going bananas yet!
Click to record $100,000
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171. The three wells shown provide water for a growing city
The three wells shown provide water for a growing city. What is the most likely effect on the system if six new wells are brought into production as the population increases?
50:50
Give Hint!
C. The water table
will drop.
The shale layer
will shrink.
B. The limestone layer
will collapse.
D. The aquifer will
increase in volume.

172. The three wells shown provide water for a growing city
The three wells shown provide water for a growing city. What is the most likely effect on the system if six new wells are brought into production as the population increases?
C. The water table
will drop.
The shale layer
will shrink.
B. The limestone layer
will collapse.
D. The aquifer will
increase in volume.
Hint

173. The three wells shown provide water for a growing city
The three wells shown provide water for a growing city. What is the most likely effect on the system if six new wells are brought into production as the population increases?
50:50
C. The water table
will drop.
The shale layer
will shrink.

174. Click to Continue

175. You have 10 seconds to ask someone sitting beside you for help!
The three wells shown provide water for a growing city. What is the most likely effect on the system if six new wells are brought into production as the population increases?
Time's Up!!!
C. The water table
will drop.
The shale layer
will shrink.
B. The limestone layer
will collapse.
D. The aquifer will
increase in volume.
You have 10 seconds to ask someone sitting beside you for help!

176. Answer 25
C. The water table
will drop.
Click to Continue
D..

177. I do believe you are right!
Click to record 1Million!
Click to Continue

178. Congratulations! A. Mars and Jupiter B. Venus and Mars
You have won $1,000,000. In order to not lose that money to the Martians, you must solve this final question.
The Final Question is:
In addition to Earth’s orbit, which planets’ orbits are shown?
A. Mars and Jupiter
B. Venus and Mars
C. Jupiter and Saturn
D. Mercury and Venus

179. Sorry to inform you. The Martians invaded earth and you lose your money!
Click to Continue

180. Sounds & Animation Credits:
Wow! You are some smart, intelligent unbelievable, incredible, magnificent, superior, one of a kind human! I hope we meet again to solve the next Martian mystery. Hit the escape button to end the game. Click on File-Close and then you can do File Open to open another game!
Sounds & Animation Credits: