TASK 2 One of the conveyors that your company produces can be used to move corn from dryers to silo storage. Data for your 20-em screw conveyor model is reported in the table below. The flow capacity of com is expressed in liters per minute and the conveyor angular speed is in revolutions per minute. Using MATLAB, develop a power law model equation that can be used to predict the flow capacity of com on the conveyor as a function of angular speed (independent variable) Function polyfit function form power p-polyfit (log (x),1og (y),1) ENGR 111 Fall 2017-1 A potential customer is designing a storage system for his com farm, and is concerned about sizing the conveyor to his existing equipment. He has reported that he has a 16 ft diameter silo of 45 feet in height, and has a motor that can deliver a maximum angular velocity speed of 220 rev/min. If he operates the conveyor 8 hours a day, 5 days per week, at his maximum speed, haw long will it take to fill the silo? Write a MATLAB script (curve fit pow) that will ask the user to input the diameter and height of a silo (in feet), the maximum angular speed of the conveyor (in rev/min), number of hours the conveyor is operated per day, number of work days per week. The script should output how long it will take to fill the silo. Note that you need to create a 2D array (or two vectors) to store the data from the table. Then you need to use the polyfit function. Only after that you can do the requested calculations. Hint: Create the array (or two vectors) in the script 3.01 6.07 15.0 30.0 50.0 80.0 110.0 Angular speed, rev/min 10.0 21.0 58.2 140.6 245.0 410.0 521.0