Using Worksheet 3, explore the effects of the Greenhouse Factor (GHF) on your chosen planet. The GHF is a shortcut method of parameterizing the effects of gases on Earth’s surface temperature. What is the temperature of your planet if GHF = 1.0? At what value of the GHF will the temperature of this planet be comparable to that of Earth (15°C)? Note: depending on what planet you picked in question 1, you may not be able to obtain a temperature comparable to Earth. If you find that this is the case, provide a brief explanation why.
Using Worksheet 3, explore the effects of the Greenhouse Factor (GHF) on your chosen planet. The GHF is a shortcut method of parameterizing the effects of gases on Earth’s surface temperature. What is the temperature of your planet if GHF = 1.0? At what value of the GHF will the temperature of this planet be comparable to that of Earth (15°C)? Note: depending on what planet you picked in question 1, you may not be able to obtain a temperature comparable to Earth. If you find that this is the case, provide a brief explanation why.
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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3) Using Worksheet 3, explore the effects of the Greenhouse Factor (GHF) on your chosen planet. The GHF is a shortcut method of parameterizing the effects of gases on Earth’s surface temperature.
What is the temperature of your planet if GHF = 1.0?
At what value of the GHF will the temperature of this planet be comparable to that of Earth (15°C)? Note: depending on what planet you picked in question 1, you may not be able to obtain a temperature comparable to Earth. If you find that this is the case, provide a brief explanation why.
![The Planet With Surface Features And An Absorbing Atmosphere
(1) Enter an appropriate "atmospheric
in the gray box below, then examine th
resulting energy absorbed at the surfa
and the surface temperature in the box
(To change the luminosity, distance or albe
the previous pages and make your change
Current Luminosity of the Sun (Watts)
3.85E+26
istance From Sun In Astronomical Unit
1.000
verage Reflectivity of the Planet (albed
0.306
Greenhouse Factor
Solar Energy Reaching the Top of the Planet's
Atmosphere Each Second (Watts/meter²)
Average =
341.8
Maximum =
1.000
The "Greenhouse Factor" used he
attempt to model the ability of certain
atmosphere to absorb infrared (therma
emitted by the planet's surface. Some
energy returns to the planet's surface
Energy Absorbed At the Planet's
Surface Each Second (Watts/meter²)
Average =
390.7
(Incoming Solar Radiation
must be in watts/meter²)
"Black Body" Planet
Planet With Albedo
Planet With Albedo
and Greenhouse Factor
Maximum =
Kelvin
278.6
254.3
288.1
1367.2
1562.7
Resulting Surface Temperature
Centigrade Fahrenheit
5.5
41.9
-18.8
-1.9
15.0
58.9](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2496411-0861-4308-a9d2-3cc2c42390f2%2Fbde12286-3979-49ac-9b50-382fe909c9d2%2Fiiwmbb_processed.png&w=3840&q=75)
Transcribed Image Text:The Planet With Surface Features And An Absorbing Atmosphere
(1) Enter an appropriate "atmospheric
in the gray box below, then examine th
resulting energy absorbed at the surfa
and the surface temperature in the box
(To change the luminosity, distance or albe
the previous pages and make your change
Current Luminosity of the Sun (Watts)
3.85E+26
istance From Sun In Astronomical Unit
1.000
verage Reflectivity of the Planet (albed
0.306
Greenhouse Factor
Solar Energy Reaching the Top of the Planet's
Atmosphere Each Second (Watts/meter²)
Average =
341.8
Maximum =
1.000
The "Greenhouse Factor" used he
attempt to model the ability of certain
atmosphere to absorb infrared (therma
emitted by the planet's surface. Some
energy returns to the planet's surface
Energy Absorbed At the Planet's
Surface Each Second (Watts/meter²)
Average =
390.7
(Incoming Solar Radiation
must be in watts/meter²)
"Black Body" Planet
Planet With Albedo
Planet With Albedo
and Greenhouse Factor
Maximum =
Kelvin
278.6
254.3
288.1
1367.2
1562.7
Resulting Surface Temperature
Centigrade Fahrenheit
5.5
41.9
-18.8
-1.9
15.0
58.9
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