Programming: MATLAB

3. When you are looking to determine the economic potential of a chemical process, one of the key components is an estimate of the cost of your equipment. In order for calculations to be readily performed over a range of equipment variables, mathematical relationships have been developed to estimate these costs. One such relationship for a pressurized vessel (reactor, decanter, etc.) is given by Purchased Cost = 15.56(101.9D1.066 40.802 Fp) Where D is the diameter of the vessel in ft., H is the height of the vessel in ft. and Fp is the pressure factor given from the following table: up to 50 Up to 100 up to 200 Up to 300 Up to 400 Pressure (psig) FP 1.00 1.05 1.15 | 1.20 1.35 Develop a function that has inputs of the pressure, height and diameter, and will output the purchased cost for the vessel. What is the name of the function file? What is the output (cost) for a vessel with a 25 ft height, a 8 ft diameter and a 150 psig operating pressure? 3. When you are looking to determine the economic potential of a chemical process, one of the key components is an estimate of the cost of your equipment. In order for calculations to be readily performed over a range of equipment variables, mathematical relationships have been developed to estimate these costs. One such relationship for a pressurized vessel (reactor, decanter, etc.) is given by Purchased Cost = 15.56(101.9D1.066 40.802 Fp) Where D is the diameter of the vessel in ft., H is the height of the vessel in ft. and Fp is the pressure factor given from the following table: up to 50 Up to 100 up to 200 Up to 300 Up to 400 Pressure (psig) FP 1.00 1.05 1.15 | 1.20 1.35 Develop a function that has inputs of the pressure, height and diameter, and will output the purchased cost for the vessel. What is the name of the function file? What is the output (cost) for a vessel with a 25 ft height, a 8 ft diameter and a 150 psig operating pressure