astronomic jeopardy !

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Astronomic Jeopardy!

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Astronomic Jeopardy !. Astronomic Jeopardy !. What is a tide?. The rise and fall of water levels every 12½ hours. Back to Menu. What is the name of the force that causes tides? . Gravity. Back to Menu. - PowerPoint PPT Presentation

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Page 1: Astronomic Jeopardy !

Astronomic Jeopardy!

Page 2: Astronomic Jeopardy !

Astronomic Jeopardy!Ride the

Tide

Here Comes the

Sun!Luna-cy Earth on the

Move Eclipses

10 10 10 10 10

20 20 20 20 20

30 30 30 30 30

40 40 40 40 40

50 50 50 50 50

Page 3: Astronomic Jeopardy !

What is a tide?

Page 4: Astronomic Jeopardy !

The rise and fall of water levels every

12½ hours.

Back to Menu

Page 5: Astronomic Jeopardy !

What is the name of the force that causes

tides?

Page 6: Astronomic Jeopardy !

Gravity

Back to Menu

Page 7: Astronomic Jeopardy !

If there is a low tide in the Northern hemisphere, what are

the water levels like in the other 3 hemispheres?

Page 8: Astronomic Jeopardy !

Back to Menu

South: low tideEast: high tideWest: high tide

Page 9: Astronomic Jeopardy !

Explain what is happening in the picture.

4 2

3

1

Page 10: Astronomic Jeopardy !

4 2

3

1

Back to Menu

The gravity of the moon is pulling water to it, causing a

high tide at . The sun is causing high tide at .

42

Page 11: Astronomic Jeopardy !

At what orientation would high tide be the highest? The lowest?

12

3

4

A

B

C

D

Page 12: Astronomic Jeopardy !

12

3

4 B

C

D

Highest: Sun and moon parallel ( and ).

Lowest: Sun and moon at 90 angle ( and )

B2

2

C 4A

Final Jeopardy

Back to Menu

Page 13: Astronomic Jeopardy !

How does the sun create energy?

Page 14: Astronomic Jeopardy !

Back to Menu

The sun uses nuclear fusion, combining two hydrogen

atoms into one helium atom.

Page 15: Astronomic Jeopardy !

True or False: the sun has 4 types atmospheres.

Name them!

Page 16: Astronomic Jeopardy !

False. There are 3 atmospheres: Photosphere,

Chromosphere, and Corona.

Back to Menu

Page 17: Astronomic Jeopardy !

What are Sunspots?

Page 18: Astronomic Jeopardy !

Sunspots are areas of gas that are cooler than the gas around them,

making them appear as dark spots.Back to Menu

Page 19: Astronomic Jeopardy !

How are Solar Flares and Prominences related? What is

different about them?

Page 20: Astronomic Jeopardy !

Prominences are loops of gas that connect sunspots. Solar

Flares are when loops connect suddenly or explosively.

Back to Menu

Page 21: Astronomic Jeopardy !

What does the picture below represent? What

causes it?

Page 22: Astronomic Jeopardy !

This is Aurora Borealis. The Solar Wind (a stream of electrically charged particles) hit Earth’s Magnetic field and are drawn to the poles.

Final Jeopardy

Back to Menu

Page 23: Astronomic Jeopardy !

If you weigh 240 pounds on Earth, you would feel like you were only 40 pounds on the moon. Therefore, the

gravity on the moon is…a) 1/2 that of Earthb) 2 times that of Earthc) 1/6 that of Earthd) 6 times that of Earth

Page 24: Astronomic Jeopardy !

Back to Menu

a) 1/2 that of Earthb) 2 times that of Earthc) 1/6 that of Earth d) 6 times that of Earth

Page 25: Astronomic Jeopardy !

Name a feature you would find on the moon.

Page 26: Astronomic Jeopardy !

Back to Menu

1. Craters2. Highlands3. Marias (“seas”)

Page 27: Astronomic Jeopardy !

What unusual relationship does the moon’s rotation and

revolution share?

Page 28: Astronomic Jeopardy !

Back to Menu

They are both equal (27.3) days, making one day on the moon

equal to one year on the moon.

Page 29: Astronomic Jeopardy !

How do scientists think the moon was formed?

Page 30: Astronomic Jeopardy !

Back to Menu

Scientists think a massive object crashed into Earth and threw pieces into space.

Earth’s gravity caused the pieces to orbit and slowly accrete (come together).

Page 31: Astronomic Jeopardy !

Name the phases of the moon highlighted below.

Page 32: Astronomic Jeopardy !

The phases are…

Final Jeopardy

Back to Menu

Page 33: Astronomic Jeopardy !

Describe Rotation and Revolution.

Page 34: Astronomic Jeopardy !

Rotation is the spinning of an object about an axis.

Revolution for is the movement of orbit of one object around another.

Back to Menu

Page 35: Astronomic Jeopardy !

What is an axis, and what is the angle of Earth’s axis?

Page 36: Astronomic Jeopardy !

An axis is an imaginary line that passes through the center and

North & South poles. Earth’s axis is titled at 23.5 degrees.Back to

Menu

Page 37: Astronomic Jeopardy !

What does the tilted axis cause? What is a common mistake people

believed about this instead?

Page 38: Astronomic Jeopardy !

Back to Menu

The tilt of our axis causes the seasons. Many people think our

distance to the Sun causes seasons.

Page 39: Astronomic Jeopardy !

What are the seasons being experienced in the N. hemisphere at each point?

2

1

4

3

Page 40: Astronomic Jeopardy !

Back to Menu

1. Winter2. Spring3. Summer4. Fall

Page 41: Astronomic Jeopardy !

If it is the Winter Solstice in the N. hemisphere, what does that mean for the S. hemisphere?

Page 42: Astronomic Jeopardy !

Final Jeopardy

Back to Menu

The Winter Solstice is the day when there is the least amount of daylight.

In the S. hemisphere they would be experiencing the most amount of daylight.

Page 43: Astronomic Jeopardy !

Name the two types of eclipses.

Page 44: Astronomic Jeopardy !

Lunar Eclipse and Solar Eclipse.

Back to Menu

Page 45: Astronomic Jeopardy !

What position must the celestial bodies be in to cause a Lunar Eclipse?

Page 46: Astronomic Jeopardy !

Back to Menu

The order must beSun Earth Moon.

Page 47: Astronomic Jeopardy !

What position must the celestial bodies be in to cause a Solar

Eclipse? What part of the Sun is visible during this time?

Page 48: Astronomic Jeopardy !

Back to Menu

The order must beSun Moon Earth. The corona is visible during this time.

Page 49: Astronomic Jeopardy !

What phase(s) must the moon be in if a Solar Eclipse is to occur?

Page 50: Astronomic Jeopardy !

Back to Menu

A Solar Eclipse can only occur when the moon is in its New phase.

Page 51: Astronomic Jeopardy !

The shadows cast by either the Earth or moon during either type of eclipse

have to parts. Describe them.

Page 52: Astronomic Jeopardy !

Final Jeopardy

Back to Menu

The two parts of the shadows are called the Umbra and Penumbra.

The Umbra is the darkest part, while the Penumbra is the larger, less dark part.

Page 53: Astronomic Jeopardy !

Consider this: •The Sun is roughly 150 million kilometers from Earth.

•Light travels at 300 million meters per second, and 1km is equal to 1,000 meters.

•If the Sun stopped shining, how long afterwards would it take before we ran out of light?

60301045

Page 54: Astronomic Jeopardy !

STOP

Page 55: Astronomic Jeopardy !

Back to Menu

Calculations a) 300,000,000m/s =

300,000km/sb) 150,000,000km ÷

300,000km/s = 500sc) 500s ÷ 60s/min = 8.3

minutes