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4.09 Unit 4 Test 25-26 xx

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Last updated about 3 hours ago
29 questions
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Question 1
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Question 2
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Question 4
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Question 7
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Question 8
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Question 9
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Question 10
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Question 11
11.
The geocentric model of the solar system places __________ at the center while the heliocentric model has __________ as its center.
Question 12
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Question 13
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Question 14
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Question 15
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Question 16
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Question 17
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Question 18
18.

Draggable itemarrow_right_altCorresponding Item
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Question 22
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Question 24
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Question 25
25.

Give an example of a scientific model that we have used in this Astronomy class.

Question 26
26.

Question 27
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Question 28
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Question 29
29.

What parts of this unit did you enjoy?

Whats parts of this unit could be improved?

Which diagram shows a planet with the least eccentric orbit?
Which diagram shows a planet with the most eccentric orbit?
According to this diagram, at which letter is the planet moving fastest?

A
C
G
K
According to this diagram, at which letter is the planet moving slowest?

A
C
G
K
Four planets, called A, B, C, and D, have orbital periods as shown in the table below. Which planet is closest to the sun?
Planet A
Planet B
Planet C
Planet D
Four planets, called A, B, C, and D, have orbital periods as shown in the table below. Which planet is farthest to the sun?
Planet A
Planet B
Planet C
Planet D
Which shape is used to describe the orbit of a planet around the Sun?
circle
ellipse
parabola
hyperbola
Which surface is likely to be older?

A
B
They are the same age
What does the presence of water on Earth likely indicate about its early history?
Earth was once completely covered in ice
Earth's core was initially liquid
The atmosphere was primarily composed of water vapor
Water was brought by comets and asteroids
A collision with another small planet likely explains the formation of:
Earth's core
The moon
The first continents
Earth's atmosphere
What does 1 astronomical unit (AU) represent?
The distance between the Earth and the Sun
The distance across our solar system
The time it takes the Sun to rotate once on its axis
The time it takes light to travel from the Sun to Earth
Scientists think water may exist elsewhere in our Solar System besides Earth.
True
False
Which crater in the image is younger?

A
B
They are the same age
Which planet would you expect to have the longest year (time it takes to go around the Sun once)?
Mercury
Uranus
Jupiter
Venus
Which planet would you expect to have the shortest year (time it takes to go around the Sun once)?
Mercury
Jupiter
Venus
Uranus
What have scientists used to determine how the Moon was formed?
Rock samples from the Apollo missions
Pieces of Theia found on Earth's surface
Samples taken from nearby asteroids
Magma from the Earth's mantle
Match the meteroid to its description.
Meteor
can be described as a "dirty snow ball"
Comet
small rocky remnants from the formation of the solar system
Meteorite
"shooting star" that burns up in Earth's atmosphere
Asteroid
Pieces of space rocks that reach the Earth's surface
Which crater is likely to be the oldest?
Categorize each description as a characteristic of "terrestial planets" or "ice giants."
Rocky, solid surface
Gasous, non-solid surface
Closer to the Sun
Farther from the Sun
Small
Large
Terrestial planets
Ice giants
What separates the terrestial planets from the ice giants?
Kuiper belt
Oort cloud
Globular clusters
Asteroid belt
Why do scientists study lunar rocks and meteorites to understand Earth's formation?
They are more accurate than radioactive dating
They are easier to find than Earth rocks
They provide evidence of conditions in the early solar system
They contain all the information needed about Earth's history
Planets orbit the Sun in perfect circles.
True
False
What is the purpose of scientific models?
To represent and explain complex systems and phenomena in a simplified way.
To make science more confusing and difficult to understand.
To replace real experiments and observations completely.
To provide exact predictions without any errors.
How do models connect what happens on a small scale (like molecules, cells, or parts of a machine) to what happens on a larger scale (like ecosystems, human health, or whole devices)?
By using random guesses to link small-scale and large-scale phenomena
By focusing solely on large-scale data without considering underlying mechanisms
By representing small-scale processes to explain and predict large-scale behaviors
By ignoring small-scale details and only describing large-scale patterns
Categorize the statements about scientific models into two categories by dragging the statement to each correct category. (Statements can only be used once and all are used)
be incomplete
predict outcomes
be uncertain
guide experiments
represent complex phenomena in understandable ways
oversimplify reality
Limitation (Weakness)
Advantage (Strength)
Now that we have completed Unit 4, please rate yourself on the Unit 1 objectives from 1 (just starting) to 5 (mastered it!)

You may need to scroll horizontally to see all options
1 - getting started
2
3
4
5 - mastered it
Analyze the components of the solar system, exploring their formation processes and interrelationships.
Evaluate and compare the historical theories of geocentrism and heliocentrism, assessing their impact on our understanding of the universe.
Apply and interpret Kepler's three laws of planetary motion in real-world scenarios.
Differentiate between asteroids, meteroids, meteors, meteorites, and comets.
Investigate the Earth and Moon's formation and early history