please help me to answer this all Cranberries can be harvested using either a "wet" method or "dry" method. Dry-harvested cranberries can be sold at a premium, while wet harvested cranberries are used mainly forcranberry juice and bring in less revenue. Fresh Made Cranberry Cooperative must decide how much of its cranberry crop should be harvested wet and how much should be dryharvested. Fresh Made has 4000 barrels of cranberries that can be harvested using either the wet or dry method. Dry cranberries are sold for $33.50 per barrel and wet cranberries aresold for $19.50 per barrel. Once harvested, cranberries must go through dechaffing and cleaning operations. The dechaffing and the cleaning operations can each be run 24 hours per dayfor the seasons about 6 weeks long (for a total of 1,008 hours). Each barrel of dry cranberries requires 0.21 hours in the dechaffing operation and 0.34 hours in the cleaning operation.Wet cranberries require 0.07 hours in the dechaffing operation and 0.10 hours in the cleaning operation. Wet cranberries must also go through a dry process. The drying process can alsobe operated 24 hours per day for the 6-week season, and each barrel of wet cranberries must be dried for 0.26 hours.a. Develop a linear program that Fresh Made can use to determine the optimal amount of cranberries to dry harvest and wet harvest. If required, round your answers to three decimalplaces. For subtractive or negative numbers use a minus sign even if there is a + sign before the blank. Enter "0" if your answer is zero. If the constant is "1" it must be entered in thebox.Let W = barrels of cranberries harvested using wet methodLet D = barrels of cranberries harvested using dry methodMaxs.t.W+w+W+W+W+pDSDSDSW, D 20Total HarvestDechaffingCleaningDrying b. Solve a linear program in part (a). How many barrels should be dry harvested? How many barrels should be wet harvested? Round your answers to two decimal places.WDOptimalSolution:c. Suppose that Fresh Made can increase its dechaffing capacity by using an outside firm for this operation. Fresh Made will still use its own dechaffing operation as much as possible, butit can purchase additional capacity from this outside firm for $500 per hour. Should Fresh Made purchase additional dechaffing capacity? If required, round your answer to threedecimal places.Fresh Madeshouldshould notThe dechaffing (Constraint 2)Why or whypurchase additional dechaffing capacity.a binding constraint because onlyof the 1,008 available hours are being used.d. Interpret the dual value for the constraint corresponding to the cleaning operation. How would you explain the meaning of this dual value to management? If required, round youranswers to two decimal places.Assuming everything else remains unchanged, each additional hour of cleaning capacity (Constraint 3) added (subtracted) from the 1,008 available hours increases (decreases)revenues $based on the Dual Values shown here. This is true for any cleaning capacity value betweenand

Question

please help me to answer this all Cranberries can be harvested using either a &#34;wet&#34; method or &#34;dry&#34; method. Dry-harvested cranberries can be sold at a premium, while wet harvested cranberries are used mainly forcranberry juice and bring in less revenue. Fresh Made Cranberry Cooperative must decide how much of its cranberry crop should be harvested wet and how much should be dryharvested. Fresh Made has 4000 barrels of cranberries that can be harvested using either the wet or dry method. Dry cranberries are sold for $33.50 per barrel and wet cranberries aresold for $19.50 per barrel. Once harvested, cranberries must go through dechaffing and cleaning operations. The dechaffing and the cleaning operations can each be run 24 hours per dayfor the seasons about 6 weeks long (for a total of 1,008 hours). Each barrel of dry cranberries requires 0.21 hours in the dechaffing operation and 0.34 hours in the cleaning operation.Wet cranberries require 0.07 hours in the dechaffing operation and 0.10 hours in the cleaning operation. Wet cranberries must also go through a dry process. The drying process can alsobe operated 24 hours per day for the 6-week season, and each barrel of wet cranberries must be dried for 0.26 hours.a. Develop a linear program that Fresh Made can use to determine the optimal amount of cranberries to dry harvest and wet harvest. If required, round your answers to three decimalplaces. For subtractive or negative numbers use a minus sign even if there is a + sign before the blank. Enter &#34;0&#34; if your answer is zero. If the constant is &#34;1&#34; it must be entered in thebox.Let W = barrels of cranberries harvested using wet methodLet D = barrels of cranberries harvested using dry methodMaxs.t.W+w+W+W+W+pDSDSDSW, D 20Total HarvestDechaffingCleaningDrying b. Solve a linear program in part (a). How many barrels should be dry harvested? How many barrels should be wet harvested? Round your answers to two decimal places.WDOptimalSolution:c. Suppose that Fresh Made can increase its dechaffing capacity by using an outside firm for this operation. Fresh Made will still use its own dechaffing operation as much as possible, butit can purchase additional capacity from this outside firm for $500 per hour. Should Fresh Made purchase additional dechaffing capacity? If required, round your answer to threedecimal places.Fresh Madeshouldshould notThe dechaffing (Constraint 2)Why or whypurchase additional dechaffing capacity.a binding constraint because onlyof the 1,008 available hours are being used.d. Interpret the dual value for the constraint corresponding to the cleaning operation. How would you explain the meaning of this dual value to management? If required, round youranswers to two decimal places.Assuming everything else remains unchanged, each additional hour of cleaning capacity (Constraint 3) added (subtracted) from the 1,008 available hours increases (decreases)revenues $based on the Dual Values shown here. This is true for any cleaning capacity value betweenand

Accepted Answer

Decision Variables:
Suppose-W = barrels of cranberries harvested using wet methodD = barrels of…