Michael Fulco- ExoPlanets Answer Sheet
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University of Texas, Arlington *
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Course
1346
Subject
Astronomy
Date
Dec 6, 2023
Type
Pages
8
Uploaded by MajorDinosaurMaster1016
Contributors: Michael Fulco For group work, you are limited to one partner. For credit, one partner needs to send in this completed file through BlackBoard while the other sends in the assignment with text containing their name and partner’s name
. Without some form of submission to BlackBoard, you will not be assigned a grade.
W
ORKSHEET
#1 Star Radius (in R
⊙
) Star Temperature (in Kelvin) Star Luminosity (in L
⊙
) Inner Habitability Zone Distance (in AU)
Outer Habitability Zone Distance (in AU)
1.2 5588 1.26 1.07 1.54 Distance to Planet #1 (in AU)
Distance to Planet #2 (in AU)
Distance to Planet #3 (in AU) Distance to Planet #4 (in AU)
Distance to Planet # (in AU)
3.92 0.128 Planet Type of Planet #1 Planet Type of Planet #2 Planet Type of Planet #3 Planet Type of Planet #4 Planet Type of Planet #5 Jupiter like-
Gas Giant Neptune-like exoplanet Names of habitable planets in this system: None Star System # 1: Central Star Name HD 190360
Star Radius (in R
⊙
) Star Temperature (in Kelvin) Star Luminosity (in L
⊙
) Inner Habitability Zone Distance (in AU)
Outer Habitability Zone Distance (in AU)
0.943 5196 0.58 0.73 1.05 Distance to Planet #1 (in AU)
Distance to Planet #2 (in AU)
Distance to Planet #3 (in AU) Distance to Planet #4 (in AU)
Distance to Planet # (in AU)
0.1134 0.2403 0.0156 0.781 Planet Type of Planet #1 Planet Type of Planet #2 Planet Type of Planet #3 Planet Type of Planet #4 Planet Type of Planet #5 Hot Jupiter Saturn like gas giant Super Earth Jupiter like gas giant Names of habitable planets in this system: Cnc f Star System # 2: Central Star Name 55 Cancri A
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Star Radius (in R
⊙
) Star Temperature (in Kelvin) Star Luminosity (in L
⊙
) Inner Habitability Zone Distance (in AU)
Outer Habitability Zone Distance (in AU)
1.24 5790 1.55 1.19 1.71 Distance to Planet #1 (in AU)
Distance to Planet #2 (in AU)
Distance to Planet #3 (in AU) Distance to Planet #4 (in AU)
Distance to Planet # (in AU)
0.0617 0.0906 1.40 Planet Type of Planet #1 Planet Type of Planet #2 Planet Type of Planet #3 Planet Type of Planet #4 Planet Type of Planet #5 Neptune-like exoplanet Super Earth exoplanet Gas-giant Names of habitable planets in this system: Kepler 68 d Star System # 3: Central Star Name Kepler 68
Star Radius (in R
⊙
) Star Temperature (in Kelvin) Star Luminosity (in L
⊙
) Inner Habitability Zone Distance (in AU)
Outer Habitability Zone Distance (in AU)
1.00 5485 0.81 0.86 1.24 Distance to Planet #1 (in AU)
Distance to Planet #2 (in AU)
Distance to Planet #3 (in AU) Distance to Planet #4 (in AU)
Distance to Planet # (in AU)
3.88 1.28 0.57 Planet Type of Planet #1 Planet Type of Planet #2 Planet Type of Planet #3 Planet Type of Planet #4 Planet Type of Planet #5 Gas-giant exoplanet Gas-giant exoplanet Gas-giant exoplanet Names of habitable planets in this system: Star System # 4: Central Star Name HIP 14810
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ORKSHEET
#2
System #1 name: HD 190360 0.5 1.0 1.5 2.0 System #2 name: 55 Cancri 0.5 1.0 1.5 2.0
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System #3 name: Kepler 68 0.5 1.0 1.5 2.0
System #4 name: HIP 14810 0.5 1.0 1.5 2.0
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ORKSHEET
#3
Post-Lab Questions: For each of the following questions, where a numerical answer is required, clearly show what equation you are using, what numbers you are plugging into the variables, and what the final units of the answer are. 1.
The Hot Jupiters in your stellar systems: Star System Name Hot Jupiter(s) HD 190360 1 55 Cancri 2 Kepler 68 0 HIP 14810 0 2.
How the planets of our Solar System would fare around the stars of Star System Name Habitable Planet(s) Earth’s Status
HD 190360 Mars Non-habitable 55 Cancri Venus Non-habitable Kepler 68 Mars Non-habitable HIP 14810 Earth Habitable 3.
How might a gas giant in a habitable zone be able to host surface water and life? :