MATLAB:

Energy balance O solutions submitted (max: 10) A simple energy balance model for the earth's temperature suggests that an equilibrium average temperature of the earth is the solution of (7)(0.5 +0.2 tanh (T-365) = 0.62al" 10 2 where So is the solar constant (1368W/m), and o is Stefan's constant (5.67 x 10-8W/m2/K4). Find a solution by starting with a guess of T = 270K and incrementing T by 0.001K in a while loop until the two sides in the equation are within 0.1 of each other. What is the equilibrium temperature (store it in a variable T)? Script C Reset MATLAB Documenta