I want the answer for pattern 3 and 4 in question b.

STAR Co provides paper to smaller companies whose volumes are not large enough to warrant dealing directly with the paper mill. STAR receives 100-leet wide paper rolls from the mill and cuts the rolls into smaller rolls of widths 12, 15, and 30 feet. The demands for these with vary from week to week. cutting patterns have been established: Number of: Pattern 12ft. 15ft. 30ft. Trim Loss 1 0 4 1 10 ft. 3 0 41 Trim loss is the leftover paper from a pattern (e.g., for pattern 4,2412) + 1615) +2 0) - 99 feet used resulting in 100 99 - 1 foot of trim loss). Orders in hand for the coming week are 5.670 12-foot rolls, 1,680 15-foot rolls, and 3,350 30-foot rolls. Any of the three types of rolls produced in excess of the orders in hand will be sold on the open market at the selling price. No inventory is held Optimal Solution: and if the (a) Formulate an integer programmering model that will determine how many 100-foot rolls to cut into each of the five patterns in order to minimize trim loss. If your answer is zero enter constant is "1" t must be entered in the box 5670 1600 350 12-foot rolls 15-foot rolls 30-foot rots XXXe weer amount of trim loss? (b) solve the model formulated in part a. What Trim Loss: 2835 feet of each type of roll will be sold on the open market? If How many of each pattern should be used Pattern Number Rolls Used