out of this world jeopardy moon/moon phases 100 200 300 400 sun/earth/moon system 100 200 300 400...

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Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/ Moon System 100 200 300 400 Sun/ Planets 100 200 300 400 Comets/ Stars 100 200 300 400 To double jeopardy

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Page 1: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Out of This World JEOPARDY

Moon/Moon Phases

100

200

300

400

Sun/Earth/Moon System

100

200

300

400

Sun/Planets

100

200

300

400

500

Comets/Stars

100

200

300

400

To double jeopardy

Page 2: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Moon/Moon Phases : 100

• What does each part of the diagram represent- i.e. the projector, X and numbered circles?

Beam from Projector 1

3

5

76

2

8

X

4Projector

Page 3: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Moon/Moon Phases : 200

• What number represents a full moon and which number represents a new moon?

Beam from Projector 1

3

5

76

2

8

X

4Projector

Page 4: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Moon/Moon Phases: 300

• What number represents a half moon with the left side lit up?

• Name this phase

Beam from Projector 1

3

5

76

2

8

X

4Projector

Page 5: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Moon/Moon Phases: 400

• What number represents a half moon with the right side lit up?

• Name this phase

Beam from Projector 1

3

5

76

2

8

X

4Projector

Page 6: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Earth/Moon System: 100

• What is the difference between orbit or revolve and rotate?

Page 7: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Earth/Moon System : 200

• Describe the orbit and rotation of the Moon. (How long does it take to orbit and rotate?)

Page 8: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Earth/Moon System : 300

• Describe why we have seasons

• Why is it summer when we are tilted towards the sun?

Page 9: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Earth/Moon System : 400

How long does it take the Earth

to rotate once and revolve once?

Page 10: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Planets: 100

• The planets were formed from left over _______________.

Page 11: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Planets: 200

• When and how was the Sun formed?

Page 12: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Planets : 300

• What makes Venus like Earth- list 2 things?

• What one thing makes Venus different?

Page 13: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Planets : 400

• What makes Jupiter most similar to Earth?

Page 14: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Sun/Planets: 500

• What makes Mars like Earth- list 2 things

• What makes it most different? Name one thing

Page 15: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Comets/Stars: 100

• Why do the stars appear to rotate over night?

Page 16: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Comets/Stars : 200

• Why does a comet’s speed increase as it approaches the Sun?

Page 17: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Comets/Stars: 300

• Why does the North Star not appear to rotate across the night sky?

Page 18: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Comets/Stars : 400

• Why does the tail of a comet point away from the Sun?

Page 19: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Projector = sun

X = Earth

Numbered circles = the moon

Page 20: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•5 is full moon

•1 is new moon

Page 21: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• 7•3rd quarter

Page 22: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• ORBIT – to go around another object

• ROTATE – to turn on an axis

Page 23: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• 27.3 days to

rotate and revolve

Page 24: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• WE have seasons due to the tilt of Earth’s axis. This causes the sun’s rays to change intensity.

• In summer the sun’s rays are more direct on us. Or, they are more concentrated on us. Or, we have more daylight hours!

Page 25: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•24 hours or 1 day to rotate

•365 days or 1 year to revolve

Page 26: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•Gas, ice, and dust

Page 27: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• The sun was formed as a result of nuclear fusion, 4,600,000,000 years ago.

Page 28: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Like: volcanoes, greenhouse effect, similar size

• Different: The surface temperature of Venus reaches 475 degrees Celsius.

Page 29: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•Jupiter has stormy weather.

Page 30: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Like: polar ice caps, both have seasons, both are windy.

• Different: Mars’ atmosphere contains carbon dioxide.

Page 31: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•The earth rotates on its axis

Page 32: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•The force of gravity between the sun and the comet increases.

Page 33: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•It is aligned with the North Pole.

Page 34: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• The solar wind, which is a stream of charged particles, causes the tail of the comet to point away from the sun.

Page 35: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•3

•First quarter

Page 36: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Out of This World Double Jeopardy

Galileo

200

400

600

Galaxies

200

400

600

NASA

200

400

600

Grab Bag

200

400

600

Magnetism

200

400

600

Page 37: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galileo 200

Galileo came up with the idea that the sun was the center of the universe. This explanation is called a ________________ because it explains how something happened-based on scientific reasoning and observation.

Page 38: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•Theory

Page 39: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galileo 400

• Why did the sun-centered model replace the older Earth-centered model?

Page 40: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Because it was supported by more

observations and evidence.

Page 41: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galileo 600

• Why was Galileo imprisoned?

Page 42: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• For having theories that went against

existing beliefs

Page 43: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Magnetism 200

What does earth’s magnetic field have

in common with a bar magnet?

Page 44: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• The earth’s magnetic field also has a

North Pole and South Pole

Page 45: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Magnetism 400

• What type of device has a magnetized

needle that aligns with the earth’s magnetic

field?

Page 46: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

•Compass

Page 47: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Magnetism 600

• What factors played a part in the formation

of the earth’s magnetic field?

Page 48: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Earth’s rotation

• Iron in earth’s core

Page 49: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galaxies 200

• What is the name of the Galaxy we live in

and where are we located in that galaxy?

Page 50: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• The Milky Way Galaxy

• In one of the arms (Orion arm)

Page 51: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galaxies 400

• Why are we unable to see the spiral shape

of the Milky Way galaxy from where we

live?

Page 52: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Because we are inside of it!

Page 53: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Galaxies 600

Put the following terms in order from

smallest to largest: galaxy, solar system,

planet and universe

Page 54: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Planet

• Solar system

• Galaxy

• Universe

Page 55: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

NASA 200

Think about the dog named Laika that the

Russians sent into space. Some information

was gained from this experience, what did

they learn?

Page 56: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Any of the following:– Learned about the conditions in space– Effects of space on living organism– Learned how to improve future flights

Page 57: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

NASA 400

Name at least two benefits we have gained

from NASA’s missions or technologies:

Page 58: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• Spinoffs including: ski boots, memory

foam, helmet padding, communication data-

cell phones, satellite tv, weather etc.

Page 59: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

NASA 600

NASA has spent millions of dollars on many inventions. Sometimes they work out, sometimes they don’t.

In general what does this show us?

Page 60: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• There are risks and benefits to funding NASA

Page 61: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Grab Bag 200

• Which light has more intensity, the top or the bottom?

Page 62: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• The top light

Page 63: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Grab Bag 400

• What season would it be in the northern hemisphere?

• Why?

Page 64: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

• It would be winter because:

• We are titled away giving less direct sunlight

• OR

• We receive less daylight hours

Page 65: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

Grab Bag 600

• Think about the Crater Lab. In the first part of the experiment we were testing how meteor size affects crater size.

1. # of trials you did and why

2. Name the variable and control

3. What things will you measure

Page 66: Out of This World JEOPARDY Moon/Moon Phases 100 200 300 400 Sun/Earth/Moon System 100 200 300 400 Sun/Planets 100 200 300 400 500 Comets/Stars 100 200

3 trials to get consistency in data

Variable: size of marble (meteor)

Control: height dropped, surface of sand

Measure circumference of marble, diameter of crater and height dropped.