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Simple climate model Name Course Institution Date Simple climate model Taking the formula ESOLOR=0.25S(1- alfa) where S= 1360 and the Alfa value as 0.3 which refers to albedo constant the of energy received by the earth can be calculated. Thus using the Microsoft Excel the value E solar = 238 From the fact that the amount of the energy absorbed by the earth is equal to the quantity of energy that the earth releases the average value of the Earth service is calculated by the following formulae ESOLAR= S(1-f)/4 +S(1-0.5f)/4 From the above formulae the average temperature* budget for the earth can be calculated. From the values obtained from the Microsoft Excel application; we can see that as the value of f increases the temperature budget decreases.left857250Temperature (K) 00Temperature (K) Thus the graph of temperature against f curves downwards. References Montgomery C. W. (2003). Environmental geology. Boston: McGraw-Hill. Taylor F. W. (2005). Elementary climate physics. New York: Oxford University Press. [...]

## Order Description:

Hello! For this assignment there is a PDF reading (Dessler) attached which is a "guide" for the assignment which involves mathematical problems to solve. It involves creating an excel file in which there is a model formation. Please only accept if you know how to work in excel. To sum up I need the following -Excel file -A 2-page document that describes the model and variables, shows your algebraic work/reasoning, and that addresses the questions above, including the graph.

Subject Area: Mathematics

Document Type: Dissertation Proposal