9. Would these compounds be liquid in the Goldilocks Zone? Use the table below to determine whether Li₂O or H₂S would be found in the liquid state on any of these planets or moons? Planet/Moon Mercury Venus Earth Earth's moon Mars Titan (moon of Saturn) Europa (moon of Jupiter) Minimum Temp (°C) -179 +465 -89 -173 -125 -180 -220 Maximum Temp (°C) +449 +449 +58 +127 +20 -177 -160 Li₂O liquid? 10. Based on the table you completed above, do we think any of these substances would be viable to support life in our solar system? Why or why not? H₂S liquid?

College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter34: Frontiers Of Physics
Section: Chapter Questions
Problem 26CQ: Not only is liquid nitrogen a cheaper coolant than liquid helium, its boiling point is higher (77 K...
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Question
3:34 AM Wed Dec 7
Ronzah Dari - Lesson 12 Search for Life
B
I U S
A
Planet/Moon
Mercury
Venus
Earth
Earth's moon
Mars
Titan (moon of Saturn)
Europa (moon of
Jupiter)
:
33
-179
+465
-89
-173
-125
-180
-220
Page Break
9. Would these compounds be liquid in the Goldilocks Zone? Use the table
below to determine whether Li₂O or H₂S would be found in the liquid state
on any of these planets or moons?
Minimum
Temp (°C)
"
!!!
+449
+449
+58
+127
+20
-177
-160
Maximum
Temp (°C)
|
Li₂O liquid?
10. Based on the table you completed above, do we think any of these
substances would be viable to support life in our solar system? Why or
why not?
IM
34%
5 ¿ + A ...
H₂S liquid?
Transcribed Image Text:3:34 AM Wed Dec 7 Ronzah Dari - Lesson 12 Search for Life B I U S A Planet/Moon Mercury Venus Earth Earth's moon Mars Titan (moon of Saturn) Europa (moon of Jupiter) : 33 -179 +465 -89 -173 -125 -180 -220 Page Break 9. Would these compounds be liquid in the Goldilocks Zone? Use the table below to determine whether Li₂O or H₂S would be found in the liquid state on any of these planets or moons? Minimum Temp (°C) " !!! +449 +449 +58 +127 +20 -177 -160 Maximum Temp (°C) | Li₂O liquid? 10. Based on the table you completed above, do we think any of these substances would be viable to support life in our solar system? Why or why not? IM 34% 5 ¿ + A ... H₂S liquid?
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