please help me input the equations for #15 into my graphing calculator with windows included please

Problem Situation: A construction company wishes to build a rectangular enclosure to store machinery and equipment. The site selected borders on a river that will be used as one of the sides of the rectangle. Fencing will be needed to form the other three sides. The company has 682 feet of 10- foot high chain-link fencing. The questions that follow should help you determine the dimensions of the rectangle that will produce the maximum area for the storage site. Assume that the company wishes to use all of the fencing, and that "width" refers to the measure of each of the two sides that are perpendicular to the river, and "length" refers to the measure of the side parallel to the river (see diagram). For the questions that follow, all measurement answers are to be given with the correct unit label, e.g. feet, square feet, etc. bozu you slumol ault world ?! River width Storage Area width him and word woy mul wort ,Or seus mumtixant to ouzoions adi lo dignel length igorque daw Towers mov amongz .nodulos may PART 1 1. Copy the following table into your project and complete it, showing the dimensions (width . and length) of some possible enclosures along with the resulting areas. (Recall that the company is using 682 feet of fencing total.) Width (feet) 25 50 75 100 200 225 250 275 th Length (feet) 632 582 5320 462 282 1232 182 1321 Area (sq. ft.) 15,800 29,100 139900 48 200 364.00 52200 45300 36300 PART 3 Instead of building the enclosure of maximum area, the company wishes to build only a 50,000 square foot enclosure still using up all the fencing and situated with one side on the river. Find nor the dimensions of the enclosure that will satisfy these requirements by doing the following: th 14. What equation can be solved to find the possible widths? or not slumol lanoneg art ofhow . or 1+2W = 682 1W = 50000 15. Use your calculator to solve this equation graphically. Obtain a printout, label each graph with its equation, write down the window used, draw arrows pointing to the solutions. Write your solutions to the nearest tenth of a foot and express using appropriate units