Please Explain how you did it step by step. Thank you!

The power produced by a wind turbine can be estimated using the following equation: P = 1/2 rhoAV^3C_P where P = power produced in MW rho = density of air in kg/m^3 A = frontal area of turbine = pi/4D^2 D = diameter of turbine in meters V = air velocity in m/s C_p = power coefficient Use these values: rho = 1.23 kg/m^3 V = 12m/s C_p = 0.4 Write a MATLAB script to calculate the power of a turbine with D = 25 m and also with D = 50 m. Here's an outline: Choose variable names for the density, diameter, velocity, and power coefficient. Set their values to those shown above. Start with a diameter of 25 m. Calculate the frontal area A. Note that "pi" is a built-in variable in MATLAB containing the value of pi. Calculate the power using the equation. Repeat the calculation using a diameter of 50 mm. In order to print the results to the command window, simply omit the semicolons at the ends of the lines containing the power calculations