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102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h 102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h

102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h 102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter2: Equations And Inequalities
Section2.1: Equations
Problem 62E
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What are the roots with multiplicities, degrees, and end behaviors of the following functions?

102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h
Transcribed Image Text:102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h
102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h
Transcribed Image Text:102 Reflected solar radiation 101.9 W m-² Reflected by clouds and atmosphere 79 Reflected by surface 23 79 Global energy flows (W m-2) 341 Incoming solar radiation 343.3 W m-2 17 www 78 Emitted by 169/30 atmosphere Absorbed by atmosphere 80 Latent heat 161 17 80 Absorbed by Thermals Evapo- surface transpiration 356 396 Surface radiation 40 239 1 Outgoing longwave radiation 238.5 W m-2 Atmospheric 40 window Greenhouse gases 333 Back radiation 333 Absorbed by surface Figure 1.3. An overview of the flow of energy in the climate system The global annual mean Earth's energy h
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