Making a Scale Model of the Solar System Mia Hendricks (1)
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Georgia Highlands College *
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Course
1000
Subject
Astronomy
Date
Feb 20, 2024
Type
docx
Pages
3
Uploaded by ProfDog232
Name Mia Hendricks
_______
Making a Scale Model of the Solar System
Adapted from Scott Resources Planet’s Videolab by Miller
Procedure
1. You will be creating a scale model of the solar system. The scale used for distances in the model will be 1 meter = 1 Astronomical Unit (AU)
. The scale used for the size of your planets will be 0.1mm = 1 Earth diameter
. The table below will provide all the data needed to construct your model, however, you will need to calculate the missing values. HINT: Use the values in column B to calculate the values on column C. Use the values in column D to calculate column E.
A
B
C
D
E
Object
Distance from
the Sun (AU)
Earth = 1 AU
Distance from
the Sun on
model
Earth = 1
meter
Actual
Diameter
Earth = 1.0
Diameter on
model
Earth = 0.1 mm
Sun
0.0
0.0
110.0
11.00
Mercury
0.4
0.4
0.4
.40
Venus
0.7
0.7
1.0
.10
Earth
1.0
1.0
1.0
.10
Mars
1.5
1.5
0.5
.05
Jupiter
5.2
5.2
11.2
1.12
Saturn
9.5
9.5
9.5
.95
Uranus
19.2
19.2
3.7
.37
Neptune
30.1
30.1
3.5
.35
2. After completing the table you can construct the scale model of the solar system. You will need to create the planets relative to diameter determined above (drawing each planet as a dot on a sticky note or masking tape will work best). Using inches instead of instead of millimeter and meters.
3. Using a meter stick, place each planet at their relative distance from the Sun. Doing this along a wall or sidewalk will make it easier to get all the planets in a straight line for a good perspective. There are 5 questions, each worth 20 points!
Answer the following questions:
1.
Insert an image of your completed scale model of the solar system.
2.
Are all the planets even spaced in the solar system? Explain.
No, each planet is spaced relative to where it is from the sun. Each planet is a certain distance from the sun and this model shows that.
3.
How could this model be improved to be more like the real solar system?
If I used larger models or even spherical objects. 4.
What percentage of the solar system do you think is empty space? Why do we refer to the environment outside our planet as space?
I would guess the solar system is 45% empty space. I feel as if it would be less then half due to the size of the sun and other planets.
5.
Why are most pictures and drawings of the solar system inaccurate? HINT: The video provided in the module provides good examples of this issue.
It’s hard to represent the solar system due to the large size. Most pictures are inaccurate because they are modified to fit all the planets. The space between the planets and sun are not represented correctly.
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