Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
What have you observed on the difference between incoming and outgoing energy at the top of the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? What have you observed on the difference between incoming and outgoing energy at the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? What have you observed on the difference between incoming and outgoing energy at the Earth's Surface? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? If this difference between incoming and outgoing energy continues, what do you think will be the effect of this in the future?

What have you observed on the difference between incoming and outgoing energy at the top of the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? What have you observed on the difference between incoming and outgoing energy at the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? What have you observed on the difference between incoming and outgoing energy at the Earth's Surface? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? If this difference between incoming and outgoing energy continues, what do you think will be the effect of this in the future?

icon
Related questions
Question

please answer all guide questions 

Guide Questions: 1. What have you observed on the difference between incoming and outgoing energy at the top of the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 2. What have you observed on the difference between incoming and outgoing energy at the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 3. What have you observed on the difference between incoming and outgoing energy at the Earth's Surface? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 4. If this difference between incoming and outgoing energy continues, what do you think will be the effect of this in the future? References [Cite your references]
Transcribed Image Text:Guide Questions: 1. What have you observed on the difference between incoming and outgoing energy at the top of the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 2. What have you observed on the difference between incoming and outgoing energy at the Atmosphere? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 3. What have you observed on the difference between incoming and outgoing energy at the Earth's Surface? Did it achieve equilibrium, that is the incoming energy equals the outgoing energy? If yes, why? If not, why? 4. If this difference between incoming and outgoing energy continues, what do you think will be the effect of this in the future? References [Cite your references]
ER Table 1. Radiation Balance at the Top of the Atmosphere. Processes Incoming Solar Solar energy reflected back to space by clouds Incoming Outgoing AE (Incoming-Outgoing) Table 2. Radiation Balance at the Atmosphere itself Processes Solar energy absorbed by the atmosphere Convection and Condensation Infrared radiation from the Earth's surface Incoming Outgoing AE (Incoming-Outgoing) Incoming Solar energy reflected to the space by the Earth's surface Outgoing Infrared Table 3. Radiation Balance at the Earth's Surface. Outgoing AE (Incoming-Outgoing) Outgoing Infrared . Infrared radiation from the atmosphere (Greenhouse Effect) Processes Solar energy absorbed by the Earth's surface Infrared radiation from the atmosphere (Greenhouse Effect) Convection and Condensation Infrared radiation from the Earth's surface 29 104 Amount 25 70 88 Amount 100 158 158 88 70 100-100 Amount 45 29 104 25 5 133 133 Total 158 158 0 Total 133 133 0 Total 100 100 0
Transcribed Image Text:ER Table 1. Radiation Balance at the Top of the Atmosphere. Processes Incoming Solar Solar energy reflected back to space by clouds Incoming Outgoing AE (Incoming-Outgoing) Table 2. Radiation Balance at the Atmosphere itself Processes Solar energy absorbed by the atmosphere Convection and Condensation Infrared radiation from the Earth's surface Incoming Outgoing AE (Incoming-Outgoing) Incoming Solar energy reflected to the space by the Earth's surface Outgoing Infrared Table 3. Radiation Balance at the Earth's Surface. Outgoing AE (Incoming-Outgoing) Outgoing Infrared . Infrared radiation from the atmosphere (Greenhouse Effect) Processes Solar energy absorbed by the Earth's surface Infrared radiation from the atmosphere (Greenhouse Effect) Convection and Condensation Infrared radiation from the Earth's surface 29 104 Amount 25 70 88 Amount 100 158 158 88 70 100-100 Amount 45 29 104 25 5 133 133 Total 158 158 0 Total 133 133 0 Total 100 100 0
Expert Solution
steps

Step by step

Solved in 5 steps with 3 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer