Using MATLAB language:

Goal: Calculate the geometrical concentration factor for a field of solar collection mirrors. The geometrical concentration factor C, for a field of solar collection mirrors can be calculated with the following equation: C = TH-F 0.51 DPR where H is the height factor (m) F is the fractional coverage of the field with mirrors (0.8) D is the collector diameter (12 m) R is the receiver factor The height factor H (m) can be calculated with the following equation: H=_h cos(A) where h is the collector height (300 m) A is the rim angle of the field (degrees) The receiver factor R can be calculated with the following equation: R=1+ sin(A) cos(A) where A is the rim angle of the field (degrees) The rim angles A (degrees) for 6 different solar collection mirrors are shown below: A (degrees) 10 15 30 45 55 60 Your MATLAB code should complete the following tasks: Define a vector containing the rim angles from the table above. Calculate the receiver factor R, the height factor H (m), and the geometrical concentration factor Cg. Use the dot operator only where it is necessary. Numerical solution: Cg = 10^3 x 1.2496 1.4776 1.5135 1.3814 1.9836 2.4752