1. Welcome to Who Wants to be a Millionaire
50:50 15
$1 Million 14
$500,000
Welcome to Who Wants to be a Millionaire 13
$250,000 12
$125,000 11
$64,000 10
$32,000 9
$16,000 8
$8,000 7
$4,000 6
$2,000 5
$1,000 4
$500 3
$300 2
$200 1
$100

2. Earth Science Another (www.Mrborden.info) with help of Mark Damon
Presentation
© All rights Reserved

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5. What is the name of our galaxy15
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What is the name of our galaxy 13
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A: Andromeda
B: M31
C: Milky way
D: Sombrero

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7. What is the Length Of the Milky way Galaxy15
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What is the Length Of the Milky way Galaxy 13
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A: 1000
B: 100,000
C: 10,000
D: 1,000,000

8. 15
$1 Million 14
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A year on Neptune takes about 55 years, which fact would best explain this long year 14
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A: Neptune is less dense
B: Neptune is further from the sun
C: Neptune’s orbit is more elliptical
D: Neptune rotates quicker

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What would be the best source of rocks to find the age of the solar system? 13
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A: grand canyon
B: moon rocks
C: bottom of the ocean
D: meteorites

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Earths oldest rocks are about 4.0 by old while the moon rocks are about 4.4 By old Why? 14
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A: earth formed after the moon
B: Earth cooled more slowly than the moon
C: Early Earths rocks have been eroded and recycled by plate-tectonics
D: Earth and sun have same gravitational attraction

14. You’ve Reached the $1,000 Milestone! Congratulations! Congratulations!

15. 15
$1 Million 14
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If you visited Earth during the first 10,000 years what would you NOT see 14
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A: meteorite impacts
B: the moon
C: lots of lava
D: the sun

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18. What feature of planets is different from stars?15
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What feature of planets is different from stars? 13
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B: not enough to form a constellation
A: they look bigger
C: are more difficult to see
D: do not maintain a fixed position

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20. What is the source of energy for the sun?15
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What is the source of energy for the sun? 13
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A: hydrogen fusion
B: Nuclear fission
C: solar gases
D: internal combustion

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22. In a billion years how will the sun be different?15
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In a billion years how will the sun be different? 13
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A: will contain more hydrogen and less helium
B: will contain more helium and less hydrogen
D: will contain less hydrogen and helium
C: will contain more of both hydrogen and helium

23. 15
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24. Most of the visible mass of the universe is detected in:15
$1 Million 14
$500,000
Most of the visible mass of the universe is detected in: 13
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A: planets
B: dust
C: gases
D: stars

25. You’ve Reached the $32,000 Milestone! Congratulations!

26. 15
$1 Million 14
$500,000 13
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$125,000 11
$64,000 10
$32,000 9
$16,000 8
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$4,000 6
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$1,000 4
$500 3
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27. Where did the heavy elements like nickel, carbon and gold come from?15
$1 Million
Where did the heavy elements like nickel, carbon and gold come from? 14
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A: Nuclear reactions in earth’s core
B: sun and solar winds
C: supernova before the sun was born
D: heat from the big bang

28. 15
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29. 15
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If a star has a similar temperature and similar size to our sun, than an astronomer could conclude that: 14
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A: will survive for billions of years
B: is moving away from earth
D: is similar to Saturn in size
C: is older than the sun

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31. In the Early Universe most of the mass was what two atoms?15
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In the Early Universe most of the mass was what two atoms? 14
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A: nitrogen and carbon
B: hydrogen and carbon
C: Hydrogen and Helium
D: Nitrogen and Helium

32. 15
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33. Why is most of the mass of the universe not visible to astronomers?15
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$500,000
Why is most of the mass of the universe not visible to astronomers? 13
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A: does not emit EM waves
B: light hasn’t reached earth yet
C: light is sucked up by black holes
D: hidden behind stars

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35. 15
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A student should repeat an experiment ( like dropping a marble into a pale of sand) many times in order to: 14
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A: can produce a larger crater
B: standard variability becomes clear
C: more realistic meteor impact
D: easy to write up

36. YOU WIN $1 MILLION DOLLARS!